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Tanque Verde High School's motto is 'Tanque Verde High School - Make it yours!'.

1 answer


Tanque Verde High School was created in 2005.

1 answer


El Tanque Sisley was created on 1955-03-17.

1 answer



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The word is "tanque."

1 answer


Mariano Pavone goes by Tanque.

1 answer


The cast of My Last Cigarette with... - 2012 includes: Xun Fei Luo Jun Gao as Dom You Luo as Grandpa Tanque Tanque as Dom Edmond Tao

1 answer


Dentro del tanque de la gasolina.

1 answer


The Rincon Mountains are a significant mountain range east of Tucson, Pima County, Arizona, in the United States. The Tanque Verde is one of these mountains. It is located at the foothills of the Rincon Mountains between Saguaro National Park and the Coronado National Forest just east of Tucson, Arizona.

1 answer


Se encuentra encima del tanque de gasolina, en el lado del pasajero

1 answer


se encuetra dentro del tanque, primero tienes que desconectar la bateria y luego vajarla,

1 answer


The word fish in the Latin language is said as pices. The word fish in Spanish is said as tanque and in Italian as serbatoio.

2 answers


The address of the Kirk-Bear Canyon Branch Library is: 8959 East Tanque Verde Road, Tucson, 85749 9504

1 answer


Del lado izquierdo cerca del tanque de gasolina... cerca de la llanta trasera izquierda

1 answer



La pétanque is bowl game. Numerous bowl games were played all over Europe through history, so the exact origin of that particular version is not recorded.

1 answer


The address of the Ground Launched Cruise Missle Historical Foundation is: 8987 E Tanque Verde Rd, Tucson, AZ 85749

1 answer


To drink water = beber el agua

4 answers


contribution by: Elizabeth Lorenzo 3/30/09 at 5:30 pm ;);););):):):):);p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p day after my dad birthday contribution by: Elizabeth Lorenzo 3/30/09 at 5:30 pm ;);););):):):):);p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p day after my dad birthday

1 answer


  1. :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P yaaaas

1 answer


Species: Panthera pardus

Subspecies: †P. p. adersi - P. p. amurensis - P. p. antinorii - P. p. ciscaucasia - P. p. dathei - P. p. delacouri - P. p. ehui - P. p. felis - P. p. fusca - P. p. ituriensis - P. p. japonensis - P. p. jarvisi - P. p. kotiya - P. p. meas - P. p. melanotica - P. p. melas - P. p. millardi - P. p. nanopardus - P. p. nimr - P. p. orientalis - P. p. panthera - P. p. pardus - P. p. pernigra - P. p. saxicolor - P. p. shortridgei - P. p. sindica - P. p. suahelica- P. p. tulliana

1 answer


P + P + P + P + P + P + P + P + P + P

1 answer


Contribution by: Elizabeth Lorenzo at 10:53am 4/3/09 ;0;0;0;0;0;0;0;0;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;];];];];];];];];):)

1 answer


Contribution by: Elizabeth Lorenzo at 10:53am 4/3/09 ;0;0;0;0;0;0;0;0;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;];];];];];];];];):)

1 answer


Contribution by: Elizabeth Lorenzo at 10:53am 4/3/09 ;0;0;0;0;0;0;0;0;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;p;];];];];];];];];):)

1 answer


I know the comma rules 1,3,5 that MY teacher taught us. They are: 1: items in a series. 3: while, -ing word………. 5: separate sentence interruptors. I am terribly sorry that I can't help you with #'s 2,4,&6.

;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P;P:P;P:P;P;P

1 answer


;p ;p ;p ;p ; p ; p ; p ; p ; p ; p ; p ; p ;p yes

1 answer


Superregnum: Eukaryota

Regnum: Animalia

Subregnum: Eumetazoa

Superphylum: Deuterostomia

Phylum: Chordata

Subphylum: Vertebrata

Infraphylum: Gnathostomata

Superclassis: Tetrapoda

Classis: Mammalia

Subclassis: Theria

Infraclassis: Placentalia

Ordo: Carnivora

Subordo: Feliformia

Familia: Felidae

Subfamilia: Pantherinae

Genus: Panthera

Species: Panthera pardus

Subspecies: †P. p. adersi - P. p. amurensis - P. p. antinorii - P. p. ciscaucasia - P. p. dathei - P. p. delacouri - P. p. ehui - P. p. felis - P. p. fusca - P. p. ituriensis - P. p. japonensis - P. p. jarvisi - P. p. kotiya - P. p. meas - P. p. melanotica - P. p. melas - P. p. millardi - P. p. nanopardus - P. p. nimr - P. p. orientalis - P. p. panthera - P. p. pardus - P. p. pernigra - P. p. saxicolor - P. p. shortridgei - P. p. sindica - P. p. suahelica- P. p. tulliana

1 answer


hello..........................................................................................................

:) :) :) :) :) :) : ) : ) ) : )P ) P)P)P)P)P)P)P)P)P)P)P)P)P)

>>

1 answer



Gerald Ford worked as a park ranger in the summer of 1936. He also worked as a male model. He went to Yale Law school, got his law degree and was admitted to the bar in 1941. He worked as a lawyer until the US entered the war and he joined the navy. Gerald Ford was a Lieutenant Commander in US Navy during WWII, 1942-1946; After the war, he became a member of the US House of Representatives for many years and became the House minority leader before being appointed Vice-President.

2 answers


P squared = P*P. When divided by P, the equation becomes (P*P/P, and the answer is "P".

1 answer


chorus cholera <P>

<P>chasm

chromosone

<P>chorus

<P>chameleon

<P>chamomile

<P>chaos

<P>chaotic

<P>character

<P>characteristic

<P>charisma

<P>chasm

<P>chelicera

<P>chemical

<P>chemist

<P>chemistry

<P>chemotherapy (aka chemo)

<P>chimera

<P>choir

<P>chiropractor

<P>chitin

<P>chlorine

<P>chloride

<P>cholera

<P>cholesterol

<P>choral

<P>chord

<P>choreograph

<P>Christ

<P>choreography

<P>christian

<P>Christmas

<P>Christopher

<P>chronometer

<P>chrysalis

<P>chrysanthemum

<P>chyme

<P>

<P> </P>

2 answers


P>obligation

<P><SPAN class="" style="POSITION: static" textContent="null">occasional</SPAN> </P>

<P>obsequious</P>

<P>occidental</P>

<P>occurence</P>

<P>opposition</P>

<P>oppressive</P>

<P>oratorical</P>

<P>orangewood</P>

<P>ordination</P>

<P>originally</P>

<P>orthopedic</P>

<P>osteopathy</P> overshadow

1 answer


Evil has tainted her.

<P>

<P>

<P>Involvement in the scandal could taint his reputation.</P>

<P> </P>

<P></P>

<P>His administration now has the taint of corruption.</P>

<P> </P>

<P></P>

<P>His achievements on the baseball field will be forever tainted by his steroid use.</P>

<P> </P>

<P></P>

<P>Mary's soul was never tainted by the evil of sin.</P>

<P> </P>

<P></P>

<P>A past tainted with drug arrests will keep you from winning the election.</P>

<P> </P>

<P></P>

<P>Tainted by sin and corruption, he was forced out of office.</P>

<P> </P>

<P></P>

<P>I hate to allow vicious rumors to taint an otherwise spotless record.</P>

2 answers



Basic div change example.

Change resolution to 800X600

1 answer


Here's the code. I've gota bit of problem with automatic slideshow but rest of it works so maybe you can figure that out yourself. Make sure you download jquery file and store it as jquery.js in your file folder where your image, html and javascript files are stored. Alternate is to use the google link for jquery in place of jquery.js

Auto Slider

// Insert images in place of image.jpg

image

image

image

image

1 answer


It means that the code writer didn't put anything in title. HTML Language how to change that. For Example:

Untitled

Hello Guys

1 answer


No he dose not have a child if he did it would be on the front on a magazine!

some people say that it's true but it's not!

:P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P!!!! xx

1 answer


Womens soccer started in 1974 by a woman called Mia Hamms, I hope this helped! :) :) :) :) :) :P :P :P :P :P :P :) :) :O :I :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P P: :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P!!!!!!!!!!!!!!!!!!!!!!!

8 answers


1stColor(248,37,0)

2ndColor(255,255,255)

ScaleZ(480)

ScaleY(480)

ScaleX(750)

<p>

c(248,37,0)

p(10,0,43)

p(10,8,43)

p(10,8,24)

p(10,0,24)

</p>

<p>

c(248,37,0)

p(10,8,43)

p(10,12,43)

p(10,12,42)

p(10,8,40)

</p>

<p>

c(255,255,255)

p(10,-20,-34)

p(10,3,-34)

p(10,3,-44)

p(10,-20,-44)

</p>

<p>

c(255,255,255)

p(10,-20,-10)

p(10,-17,-10)

p(10,-17,-34)

p(10,-20,-34)

</p>

<p>

glass()

p(10,-17,-10)

p(10,-2,-10)

p(10,-2,-34)

p(10,-17,-34)

</p>

<p>

c(255,255,255)

p(10,-2,-10)

p(10,3,-10)

p(10,3,-34)

p(10,-2,-34)

</p>

<p>

c(255,255,255)

p(10,-20,0)

p(10,3,0)

p(10,3,-10)

p(10,-20,-10)

</p>

<p>

c(255,255,255)

p(10,8,0)

p(10,12,0)

p(10,12,-19)

p(10,8,-20)

</p>

<p>

c(248,37,0)

p(10,3,0)

p(10,8,0)

p(10,8,-44)

p(10,3,-44)

</p>

<p>

c(255,255,255)

p(10,8,-29)

p(10,12,-30)

p(10,12,-44)

p(10,8,-44)

</p>

<p>

c(255,255,255)

p(10,8,-20)

p(10,10,-19)

p(10,10,-30)

p(10,8,-29)

</p>

<p>

c(255,255,255)

p(10,10,-27)

p(10,12,-28)

p(10,12,-31)

p(10,10,-30)

</p>

<p>

c(255,255,255)

p(10,10,-19)

p(10,12,-19)

p(10,12,-21)

p(10,10,-22)

</p>

<p>

c(255,255,255)

p(10,12,-28)

p(10,14,-29)

p(10,14,-44)

p(10,12,-44)

</p>

<p>

c(255,255,255)

p(10,12,-0)

p(10,14,-0)

p(10,14,-20)

p(10,12,-21)

</p>

<p>

c(180,0,0)

lightB

p(6,-22,-3)

p(6,-20,-3)

p(6,-20,-8)

p(6,-22,-8)

</p>

<p>

c(248,37,0)

p(10,-1,23)

p(10,0,24)

p(10,0,2)

p(10,-1,2)

</p>

<p>

c(248,37,0)

p(10,-11,2)

p(10,0,2)

p(10,0,0)

p(10,-11,0)

</p>

<p>

c(248,37,0)

p(10,0,24)

p(10,12,24)

p(10,12,2)

p(10,0,2)

</p>

<p>

c(248,37,0)

p(10,12,32)

p(10,14,31)

p(10,14,0)

p(10,12,0)

</p>

<p>

c(248,37,0)

p(10,0,2)

p(10,12,2)

p(10,12,0)

p(10,0,0)

</p>

<p>

c(248,37,0)

p(10,8,30)

p(10,12,29)

p(10,12,24)

p(10,8,24)

</p>

<p>

c(248,37,0)

p(10,12,43)

p(10,14,43)

p(10,14,40)

p(10,12,39)

</p>

<p>

c(248,37,0)

p(10,8,40)

p(10,10,41)

p(10,10,29)

p(10,8,30)

</p>

<p>

c(248,37,0)

p(10,10,33)

p(10,12,32)

p(10,12,29)

p(10,10,29)

</p>

<p>

c(248,37,0)

p(10,10,41)

p(10,12,42)

p(10,12,39)

p(10,10,38)

</p>

<p>

c(200,200,200)

p(10,12,45)

p(10,14,45)

p(10,14,43)

p(10,12,43)

</p>

<p>

c(248,37,0)

p(10,-11,19)

p(10,0,25)

p(10,0,23)

p(10,-11,17)

</p>

<p>

c(248,37,0)

p(10,-12,18)

p(10,-11,19)

p(10,-11,0)

p(10,-12,0)

</p>

<p>

c(255,255,255)

p(7,-16,5)

p(7,-12,7)

p(7,-12,0)

p(7,-16,0)

</p>

<p>

glass()

p(10,-11,17)

p(10,-1,23)

p(10,-1,2)

p(10,-11,2)

</p>

// Mirror of the 31 polygons above along the X axis:

<p>

c(248,37,0)

p(-10,0,43)

p(-10,8,43)

p(-10,8,24)

p(-10,0,24)

</p>

<p>

c(248,37,0)

p(-10,8,43)

p(-10,12,43)

p(-10,12,42)

p(-10,8,40)

</p>

<p>

c(255,255,255)

p(-10,-20,-34)

p(-10,3,-34)

p(-10,3,-44)

p(-10,-20,-44)

</p>

<p>

c(255,255,255)

p(-10,-20,-10)

p(-10,-17,-10)

p(-10,-17,-34)

p(-10,-20,-34)

</p>

<p>

glass()

p(-10,-17,-10)

p(-10,-2,-10)

p(-10,-2,-34)

p(-10,-17,-34)

</p>

<p>

c(255,255,255)

p(-10,-2,-10)

p(-10,3,-10)

p(-10,3,-34)

p(-10,-2,-34)

</p>

<p>

c(255,255,255)

p(-10,-20,0)

p(-10,3,0)

p(-10,3,-10)

p(-10,-20,-10)

</p>

<p>

c(255,255,255)

p(-10,8,0)

p(-10,12,0)

p(-10,12,-19)

p(-10,8,-20)

</p>

<p>

c(248,37,0)

p(-10,3,0)

p(-10,8,0)

p(-10,8,-44)

p(-10,3,-44)

</p>

<p>

c(255,255,255)

p(-10,8,-29)

p(-10,12,-30)

p(-10,12,-44)

p(-10,8,-44)

</p>

<p>

c(255,255,255)

p(-10,8,-20)

p(-10,10,-19)

p(-10,10,-30)

p(-10,8,-29)

</p>

<p>

c(255,255,255)

p(-10,10,-27)

p(-10,12,-28)

p(-10,12,-31)

p(-10,10,-30)

</p>

<p>

c(255,255,255)

p(-10,10,-19)

p(-10,12,-19)

p(-10,12,-21)

p(-10,10,-22)

</p>

<p>

c(255,255,255)

p(-10,12,-28)

p(-10,14,-29)

p(-10,14,-44)

p(-10,12,-44)

</p>

<p>

c(255,255,255)

p(-10,12,-0)

p(-10,14,-0)

p(-10,14,-20)

p(-10,12,-21)

</p>

<p>

c(180,0,0)

lightB

p(-6,-22,-3)

p(-6,-20,-3)

p(-6,-20,-8)

p(-6,-22,-8)

</p>

<p>

c(248,37,0)

p(-10,-1,23)

p(-10,0,24)

p(-10,0,2)

p(-10,-1,2)

</p>

<p>

c(248,37,0)

p(-10,-11,2)

p(-10,0,2)

p(-10,0,0)

p(-10,-11,0)

</p>

<p>

c(248,37,0)

p(-10,0,24)

p(-10,12,24)

p(-10,12,2)

p(-10,0,2)

</p>

<p>

c(248,37,0)

p(-10,12,32)

p(-10,14,31)

p(-10,14,0)

p(-10,12,0)

</p>

<p>

c(248,37,0)

p(-10,0,2)

p(-10,12,2)

p(-10,12,0)

p(-10,0,0)

</p>

<p>

c(248,37,0)

p(-10,8,30)

p(-10,12,29)

p(-10,12,24)

p(-10,8,24)

</p>

<p>

c(248,37,0)

p(-10,12,43)

p(-10,14,43)

p(-10,14,40)

p(-10,12,39)

</p>

<p>

c(248,37,0)

p(-10,8,40)

p(-10,10,41)

p(-10,10,29)

p(-10,8,30)

</p>

<p>

c(248,37,0)

p(-10,10,33)

p(-10,12,32)

p(-10,12,29)

p(-10,10,29)

</p>

<p>

c(248,37,0)

p(-10,10,41)

p(-10,12,42)

p(-10,12,39)

p(-10,10,38)

</p>

<p>

c(200,200,200)

p(-10,12,45)

p(-10,14,45)

p(-10,14,43)

p(-10,12,43)

</p>

<p>

c(248,37,0)

p(-10,-11,19)

p(-10,0,25)

p(-10,0,23)

p(-10,-11,17)

</p>

<p>

c(248,37,0)

p(-10,-12,18)

p(-10,-11,19)

p(-10,-11,0)

p(-10,-12,0)

</p>

<p>

c(255,255,255)

p(-7,-16,5)

p(-7,-12,7)

p(-7,-12,0)

p(-7,-16,0)

</p>

<p>

glass()

p(-10,-11,17)

p(-10,-1,23)

p(-10,-1,2)

p(-10,-11,2)

</p>

// End of mirror

<p>

c(248,37,0)

p(-10,0,43)

p(10,0,43)

p(10,0,24)

p(-10,0,24)

</p>

<p>

c(255,255,255)

lightF

p(7,0,43)

p(7,4,43)

p(10,4,43)

p(10,0,43)

</p>

// Mirror of the polygon above along the X axis:

<p>

c(255,255,255)

lightF

p(-7,0,43)

p(-7,4,43)

p(-10,4,43)

p(-10,0,43)

</p>

// End of mirror

<p>

c(200,200,200)

p(-10,12,45)

p(-10,14,45)

p(10,14,45)

p(10,12,45)

</p>

<p>

c(200,200,200)

p(-10,12,43)

p(-10,12,45)

p(10,12,45)

p(10,12,43)

</p>

<p>

c(150,150,150)

p(-7,0,43)

p(-7,4,43)

p(7,4,43)

p(7,0,43)

</p>

<p>

c(150,150,150)

p(-7,4,43)

p(-7,5,43)

p(7,5,43)

p(7,4,43)

</p>

<p>

c(100,100,100)

p(-7,5,43)

p(-7,6,43)

p(7,6,43)

p(7,5,43)

</p>

<p>

c(150,150,150)

p(-7,6,43)

p(-7,7,43)

p(7,7,43)

p(7,6,43)

</p>

<p>

c(100,100,100)

p(-7,7,43)

p(-7,8,43)

p(7,8,43)

p(7,7,43)

</p>

<p>

c(150,150,150)

p(-7,8,43)

p(-7,9,43)

p(7,9,43)

p(7,8,43)

</p>

<p>

c(100,100,100)

p(-7,9,43)

p(-7,10,43)

p(7,10,43)

p(7,9,43)

</p>

<p>

c(150,150,150)

p(-7,10,43)

p(-7,11,43)

p(7,11,43)

p(7,10,43)

</p>

<p>

c(100,100,100)

p(-7,11,43)

p(-7,12,43)

p(7,12,43)

p(7,11,43)

</p>

<p>

c(255,255,255)

lightF

p(7,4,43)

p(7,5,43)

p(10,5,43)

p(10,4,43)

</p>

// Mirror of the polygon above along the X axis:

<p>

c(255,255,255)

lightF

p(-7,4,43)

p(-7,5,43)

p(-10,5,43)

p(-10,4,43)

</p>

// End of mirror

<p>

c(150,150,150)

p(7,4,43)

p(7,12,43)

p(10,12,43)

p(10,4,43)

</p>

// Mirror of the polygon above along the X axis:

<p>

c(150,150,150)

p(-7,4,43)

p(-7,12,43)

p(-10,12,43)

p(-10,4,43)

</p>

// End of mirror

<p>

c(248,37,0)

p(9,-12,17)

p(9,0,24)

p(10,0,24)

p(10,-12,17)

</p>

// Mirror of the polygon above along the X axis:

<p>

c(248,37,0)

p(-9,-12,17)

p(-9,0,24)

p(-10,0,24)

p(-10,-12,17)

</p>

// End of mirror

<p>

glass()

p(-9,-11,17)

p(-9,0,24)

p(9,0,24)

p(9,-11,17)

</p>

<p>

c(248,37,0)

p(-10,-12,17)

p(-10,-12,0)

p(10,-12,0)

p(10,-12,17)

</p>

<p>

c(255,255,255)

p(-10,-20,0)

p(-10,14,0)

p(10,14,0)

p(10,-20,0)

</p>

<p>

c(255,255,255)

gr(30)

p(-10,-20,0)

p(10,-20,0)

p(10,-20,-44)

p(-10,-20,-44)

</p>

<p>

c(180,0,0)

lightB

p(3,-22,-3)

p(3,-20,-3)

p(3,-20,-8)

p(3,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(-3,-22,-3)

p(-3,-20,-3)

p(-3,-20,-8)

p(-3,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(3,-22,-3)

p(3,-20,-3)

p(6,-20,-3)

p(6,-22,-3)

</p>

<p>

c(180,0,0)

lightB

p(-3,-22,-3)

p(-3,-20,-3)

p(-6,-20,-3)

p(-6,-22,-3)

</p>

<p>

c(180,0,0)

lightB

p(3,-22,-8)

p(3,-20,-8)

p(6,-20,-8)

p(6,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(-3,-22,-8)

p(-3,-20,-8)

p(-6,-20,-8)

p(-6,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(3,-22,-3)

p(6,-22,-3)

p(6,-22,-8)

p(3,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(-3,-22,-3)

p(-6,-22,-3)

p(-6,-22,-8)

p(-3,-22,-8)

</p>

<p>

c(255,255,255)

p(-7,-16,5)

p(-7,-12,7)

p(7,-12,7)

p(7,-16,5)

</p>

<p>

c(255,255,255)

p(-7,-16,0)

p(-7,-16,5)

p(7,-16,5)

p(7,-16,0)

</p>

<p>

c(248,37,0)

p(-9,-12,17)

p(-9,-11,18)

p(9,-11,18)

p(9,-12,17)

</p>

<p>

c(255,255,255)

p(10,-20,-44)

p(10,-17,-44)

p(-10,-17,-44)

p(-10,-20,-44)

</p>

<p>

c(255,255,255)

p(10,-17,-44)

p(10,14,-44)

p(8,14,-44)

p(8,-17,-44)

</p>

<p>

c(255,255,255)

p(-10,-17,-44)

p(-10,14,-44)

p(-8,14,-44)

p(-8,-17,-44)

</p>

<p>

glass()

p(8,-17,-44)

p(8,-2,-44)

p(-8,-2,-44)

p(-8,-17,-44)

</p>

<p>

c(255,255,255)

p(8,10,-44)

p(8,14,-44)

p(-8,14,-44)

p(-9,10,-44)

</p>

<p>

c(180,0,0)

lightB

p(8,6,-44)

p(8,10,-44)

p(6,10,-44)

p(6,6,-44)

</p>

<p>

c(180,0,0)

lightB

p(-8,6,-44)

p(-8,10,-44)

p(-6,10,-44)

p(-6,6,-44)

</p>

<p>

c(255,255,255)

p(8,-2,-44)

p(8,6,-44)

p(-8,6,-44)

p(-8,-2,-44)

</p>

<p>

c(255,255,255)

p(6,6,-44)

p(6,10,-44)

p(-6,10,-44)

p(-6,6,-44)

</p>

<p>

c(255,255,255)

p(6,6,-44)

p(6,10,-44)

p(-6,10,-44)

p(-6,6,-44)

</p>

<p>

c(100,100,100)

p(10,14,31)

p(-10,14,31)

p(-10,14,-20)

p(10,14,-20)

</p>

<p>

c(100,100,100)

p(10,10,38)

p(-10,10,38)

p(-10,10,32)

p(10,10,32)

</p>

<p>

c(100,100,100)

p(10,10,-22)

p(-10,10,-22)

p(-10,10,-28)

p(10,10,-28)

</p>

<p>

c(100,100,100)

p(10,14,-29)

p(-10,14,-29)

p(-10,14,-44)

p(10,14,-44)

</p>

<p>

c(100,100,100)

p(10,10,-27)

p(-10,10,-27)

p(-10,14,-29)

p(10,14,-29)

</p>

<p>

c(100,100,100)

p(10,14,-20)

p(-10,14,-20)

p(-10,10,-22)

p(10,10,-22)

</p>

<p>

c(100,100,100)

p(10,10,32)

p(-10,10,32)

p(-10,14,30)

p(10,14,30)

</p>

<p>

c(100,100,100)

p(10,14,40)

p(-10,14,40)

p(-10,10,38)

p(10,10,38)

</p>

<p>

c(100,100,100)

p(10,14,40)

p(-10,14,40)

p(-10,14,45)

p(10,14,45)

</p>

gwgr(40)

rims(140,140,140,18,10)

w(-8,15,35,11,40,23)

w(8,15,35,11,-40,23)

gwgr(40)

rims(140,140,140,18,10)

w(-8,15,-24,0,40,23)

w(8,15,-24,0,-40,23)

physics(50,22,50,68,50,0,22,78,22,24,24,82,50,28,2,9677)

handling(90)

stat(106,95,95,200,184)

2 answers


1stColor(248,37,0)

2ndColor(255,255,255)

ScaleZ(480)

ScaleY(480)

ScaleX(750)

<p>

c(248,37,0)

p(10,0,43)

p(10,8,43)

p(10,8,24)

p(10,0,24)

</p>

<p>

c(248,37,0)

p(10,8,43)

p(10,12,43)

p(10,12,42)

p(10,8,40)

</p>

<p>

c(255,255,255)

p(10,-20,-34)

p(10,3,-34)

p(10,3,-44)

p(10,-20,-44)

</p>

<p>

c(255,255,255)

p(10,-20,-10)

p(10,-17,-10)

p(10,-17,-34)

p(10,-20,-34)

</p>

<p>

glass()

p(10,-17,-10)

p(10,-2,-10)

p(10,-2,-34)

p(10,-17,-34)

</p>

<p>

c(255,255,255)

p(10,-2,-10)

p(10,3,-10)

p(10,3,-34)

p(10,-2,-34)

</p>

<p>

c(255,255,255)

p(10,-20,0)

p(10,3,0)

p(10,3,-10)

p(10,-20,-10)

</p>

<p>

c(255,255,255)

p(10,8,0)

p(10,12,0)

p(10,12,-19)

p(10,8,-20)

</p>

<p>

c(248,37,0)

p(10,3,0)

p(10,8,0)

p(10,8,-44)

p(10,3,-44)

</p>

<p>

c(255,255,255)

p(10,8,-29)

p(10,12,-30)

p(10,12,-44)

p(10,8,-44)

</p>

<p>

c(255,255,255)

p(10,8,-20)

p(10,10,-19)

p(10,10,-30)

p(10,8,-29)

</p>

<p>

c(255,255,255)

p(10,10,-27)

p(10,12,-28)

p(10,12,-31)

p(10,10,-30)

</p>

<p>

c(255,255,255)

p(10,10,-19)

p(10,12,-19)

p(10,12,-21)

p(10,10,-22)

</p>

<p>

c(255,255,255)

p(10,12,-28)

p(10,14,-29)

p(10,14,-44)

p(10,12,-44)

</p>

<p>

c(255,255,255)

p(10,12,-0)

p(10,14,-0)

p(10,14,-20)

p(10,12,-21)

</p>

<p>

c(180,0,0)

lightB

p(6,-22,-3)

p(6,-20,-3)

p(6,-20,-8)

p(6,-22,-8)

</p>

<p>

c(248,37,0)

p(10,-1,23)

p(10,0,24)

p(10,0,2)

p(10,-1,2)

</p>

<p>

c(248,37,0)

p(10,-11,2)

p(10,0,2)

p(10,0,0)

p(10,-11,0)

</p>

<p>

c(248,37,0)

p(10,0,24)

p(10,12,24)

p(10,12,2)

p(10,0,2)

</p>

<p>

c(248,37,0)

p(10,12,32)

p(10,14,31)

p(10,14,0)

p(10,12,0)

</p>

<p>

c(248,37,0)

p(10,0,2)

p(10,12,2)

p(10,12,0)

p(10,0,0)

</p>

<p>

c(248,37,0)

p(10,8,30)

p(10,12,29)

p(10,12,24)

p(10,8,24)

</p>

<p>

c(248,37,0)

p(10,12,43)

p(10,14,43)

p(10,14,40)

p(10,12,39)

</p>

<p>

c(248,37,0)

p(10,8,40)

p(10,10,41)

p(10,10,29)

p(10,8,30)

</p>

<p>

c(248,37,0)

p(10,10,33)

p(10,12,32)

p(10,12,29)

p(10,10,29)

</p>

<p>

c(248,37,0)

p(10,10,41)

p(10,12,42)

p(10,12,39)

p(10,10,38)

</p>

<p>

c(200,200,200)

p(10,12,45)

p(10,14,45)

p(10,14,43)

p(10,12,43)

</p>

<p>

c(248,37,0)

p(10,-11,19)

p(10,0,25)

p(10,0,23)

p(10,-11,17)

</p>

<p>

c(248,37,0)

p(10,-12,18)

p(10,-11,19)

p(10,-11,0)

p(10,-12,0)

</p>

<p>

c(255,255,255)

p(7,-16,5)

p(7,-12,7)

p(7,-12,0)

p(7,-16,0)

</p>

<p>

glass()

p(10,-11,17)

p(10,-1,23)

p(10,-1,2)

p(10,-11,2)

</p>

// Mirror of the 31 polygons above along the X axis:

<p>

c(248,37,0)

p(-10,0,43)

p(-10,8,43)

p(-10,8,24)

p(-10,0,24)

</p>

<p>

c(248,37,0)

p(-10,8,43)

p(-10,12,43)

p(-10,12,42)

p(-10,8,40)

</p>

<p>

c(255,255,255)

p(-10,-20,-34)

p(-10,3,-34)

p(-10,3,-44)

p(-10,-20,-44)

</p>

<p>

c(255,255,255)

p(-10,-20,-10)

p(-10,-17,-10)

p(-10,-17,-34)

p(-10,-20,-34)

</p>

<p>

glass()

p(-10,-17,-10)

p(-10,-2,-10)

p(-10,-2,-34)

p(-10,-17,-34)

</p>

<p>

c(255,255,255)

p(-10,-2,-10)

p(-10,3,-10)

p(-10,3,-34)

p(-10,-2,-34)

</p>

<p>

c(255,255,255)

p(-10,-20,0)

p(-10,3,0)

p(-10,3,-10)

p(-10,-20,-10)

</p>

<p>

c(255,255,255)

p(-10,8,0)

p(-10,12,0)

p(-10,12,-19)

p(-10,8,-20)

</p>

<p>

c(248,37,0)

p(-10,3,0)

p(-10,8,0)

p(-10,8,-44)

p(-10,3,-44)

</p>

<p>

c(255,255,255)

p(-10,8,-29)

p(-10,12,-30)

p(-10,12,-44)

p(-10,8,-44)

</p>

<p>

c(255,255,255)

p(-10,8,-20)

p(-10,10,-19)

p(-10,10,-30)

p(-10,8,-29)

</p>

<p>

c(255,255,255)

p(-10,10,-27)

p(-10,12,-28)

p(-10,12,-31)

p(-10,10,-30)

</p>

<p>

c(255,255,255)

p(-10,10,-19)

p(-10,12,-19)

p(-10,12,-21)

p(-10,10,-22)

</p>

<p>

c(255,255,255)

p(-10,12,-28)

p(-10,14,-29)

p(-10,14,-44)

p(-10,12,-44)

</p>

<p>

c(255,255,255)

p(-10,12,-0)

p(-10,14,-0)

p(-10,14,-20)

p(-10,12,-21)

</p>

<p>

c(180,0,0)

lightB

p(-6,-22,-3)

p(-6,-20,-3)

p(-6,-20,-8)

p(-6,-22,-8)

</p>

<p>

c(248,37,0)

p(-10,-1,23)

p(-10,0,24)

p(-10,0,2)

p(-10,-1,2)

</p>

<p>

c(248,37,0)

p(-10,-11,2)

p(-10,0,2)

p(-10,0,0)

p(-10,-11,0)

</p>

<p>

c(248,37,0)

p(-10,0,24)

p(-10,12,24)

p(-10,12,2)

p(-10,0,2)

</p>

<p>

c(248,37,0)

p(-10,12,32)

p(-10,14,31)

p(-10,14,0)

p(-10,12,0)

</p>

<p>

c(248,37,0)

p(-10,0,2)

p(-10,12,2)

p(-10,12,0)

p(-10,0,0)

</p>

<p>

c(248,37,0)

p(-10,8,30)

p(-10,12,29)

p(-10,12,24)

p(-10,8,24)

</p>

<p>

c(248,37,0)

p(-10,12,43)

p(-10,14,43)

p(-10,14,40)

p(-10,12,39)

</p>

<p>

c(248,37,0)

p(-10,8,40)

p(-10,10,41)

p(-10,10,29)

p(-10,8,30)

</p>

<p>

c(248,37,0)

p(-10,10,33)

p(-10,12,32)

p(-10,12,29)

p(-10,10,29)

</p>

<p>

c(248,37,0)

p(-10,10,41)

p(-10,12,42)

p(-10,12,39)

p(-10,10,38)

</p>

<p>

c(200,200,200)

p(-10,12,45)

p(-10,14,45)

p(-10,14,43)

p(-10,12,43)

</p>

<p>

c(248,37,0)

p(-10,-11,19)

p(-10,0,25)

p(-10,0,23)

p(-10,-11,17)

</p>

<p>

c(248,37,0)

p(-10,-12,18)

p(-10,-11,19)

p(-10,-11,0)

p(-10,-12,0)

</p>

<p>

c(255,255,255)

p(-7,-16,5)

p(-7,-12,7)

p(-7,-12,0)

p(-7,-16,0)

</p>

<p>

glass()

p(-10,-11,17)

p(-10,-1,23)

p(-10,-1,2)

p(-10,-11,2)

</p>

// End of mirror

<p>

c(248,37,0)

p(-10,0,43)

p(10,0,43)

p(10,0,24)

p(-10,0,24)

</p>

<p>

c(255,255,255)

lightF

p(7,0,43)

p(7,4,43)

p(10,4,43)

p(10,0,43)

</p>

// Mirror of the polygon above along the X axis:

<p>

c(255,255,255)

lightF

p(-7,0,43)

p(-7,4,43)

p(-10,4,43)

p(-10,0,43)

</p>

// End of mirror

<p>

c(200,200,200)

p(-10,12,45)

p(-10,14,45)

p(10,14,45)

p(10,12,45)

</p>

<p>

c(200,200,200)

p(-10,12,43)

p(-10,12,45)

p(10,12,45)

p(10,12,43)

</p>

<p>

c(150,150,150)

p(-7,0,43)

p(-7,4,43)

p(7,4,43)

p(7,0,43)

</p>

<p>

c(150,150,150)

p(-7,4,43)

p(-7,5,43)

p(7,5,43)

p(7,4,43)

</p>

<p>

c(100,100,100)

p(-7,5,43)

p(-7,6,43)

p(7,6,43)

p(7,5,43)

</p>

<p>

c(150,150,150)

p(-7,6,43)

p(-7,7,43)

p(7,7,43)

p(7,6,43)

</p>

<p>

c(100,100,100)

p(-7,7,43)

p(-7,8,43)

p(7,8,43)

p(7,7,43)

</p>

<p>

c(150,150,150)

p(-7,8,43)

p(-7,9,43)

p(7,9,43)

p(7,8,43)

</p>

<p>

c(100,100,100)

p(-7,9,43)

p(-7,10,43)

p(7,10,43)

p(7,9,43)

</p>

<p>

c(150,150,150)

p(-7,10,43)

p(-7,11,43)

p(7,11,43)

p(7,10,43)

</p>

<p>

c(100,100,100)

p(-7,11,43)

p(-7,12,43)

p(7,12,43)

p(7,11,43)

</p>

<p>

c(255,255,255)

lightF

p(7,4,43)

p(7,5,43)

p(10,5,43)

p(10,4,43)

</p>

// Mirror of the polygon above along the X axis:

<p>

c(255,255,255)

lightF

p(-7,4,43)

p(-7,5,43)

p(-10,5,43)

p(-10,4,43)

</p>

// End of mirror

<p>

c(150,150,150)

p(7,4,43)

p(7,12,43)

p(10,12,43)

p(10,4,43)

</p>

// Mirror of the polygon above along the X axis:

<p>

c(150,150,150)

p(-7,4,43)

p(-7,12,43)

p(-10,12,43)

p(-10,4,43)

</p>

// End of mirror

<p>

c(248,37,0)

p(9,-12,17)

p(9,0,24)

p(10,0,24)

p(10,-12,17)

</p>

// Mirror of the polygon above along the X axis:

<p>

c(248,37,0)

p(-9,-12,17)

p(-9,0,24)

p(-10,0,24)

p(-10,-12,17)

</p>

// End of mirror

<p>

glass()

p(-9,-11,17)

p(-9,0,24)

p(9,0,24)

p(9,-11,17)

</p>

<p>

c(248,37,0)

p(-10,-12,17)

p(-10,-12,0)

p(10,-12,0)

p(10,-12,17)

</p>

<p>

c(255,255,255)

p(-10,-20,0)

p(-10,14,0)

p(10,14,0)

p(10,-20,0)

</p>

<p>

c(255,255,255)

gr(30)

p(-10,-20,0)

p(10,-20,0)

p(10,-20,-44)

p(-10,-20,-44)

</p>

<p>

c(180,0,0)

lightB

p(3,-22,-3)

p(3,-20,-3)

p(3,-20,-8)

p(3,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(-3,-22,-3)

p(-3,-20,-3)

p(-3,-20,-8)

p(-3,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(3,-22,-3)

p(3,-20,-3)

p(6,-20,-3)

p(6,-22,-3)

</p>

<p>

c(180,0,0)

lightB

p(-3,-22,-3)

p(-3,-20,-3)

p(-6,-20,-3)

p(-6,-22,-3)

</p>

<p>

c(180,0,0)

lightB

p(3,-22,-8)

p(3,-20,-8)

p(6,-20,-8)

p(6,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(-3,-22,-8)

p(-3,-20,-8)

p(-6,-20,-8)

p(-6,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(3,-22,-3)

p(6,-22,-3)

p(6,-22,-8)

p(3,-22,-8)

</p>

<p>

c(180,0,0)

lightB

p(-3,-22,-3)

p(-6,-22,-3)

p(-6,-22,-8)

p(-3,-22,-8)

</p>

<p>

c(255,255,255)

p(-7,-16,5)

p(-7,-12,7)

p(7,-12,7)

p(7,-16,5)

</p>

<p>

c(255,255,255)

p(-7,-16,0)

p(-7,-16,5)

p(7,-16,5)

p(7,-16,0)

</p>

<p>

c(248,37,0)

p(-9,-12,17)

p(-9,-11,18)

p(9,-11,18)

p(9,-12,17)

</p>

<p>

c(255,255,255)

p(10,-20,-44)

p(10,-17,-44)

p(-10,-17,-44)

p(-10,-20,-44)

</p>

<p>

c(255,255,255)

p(10,-17,-44)

p(10,14,-44)

p(8,14,-44)

p(8,-17,-44)

</p>

<p>

c(255,255,255)

p(-10,-17,-44)

p(-10,14,-44)

p(-8,14,-44)

p(-8,-17,-44)

</p>

<p>

glass()

p(8,-17,-44)

p(8,-2,-44)

p(-8,-2,-44)

p(-8,-17,-44)

</p>

<p>

c(255,255,255)

p(8,10,-44)

p(8,14,-44)

p(-8,14,-44)

p(-9,10,-44)

</p>

<p>

c(180,0,0)

lightB

p(8,6,-44)

p(8,10,-44)

p(6,10,-44)

p(6,6,-44)

</p>

<p>

c(180,0,0)

lightB

p(-8,6,-44)

p(-8,10,-44)

p(-6,10,-44)

p(-6,6,-44)

</p>

<p>

c(255,255,255)

p(8,-2,-44)

p(8,6,-44)

p(-8,6,-44)

p(-8,-2,-44)

</p>

<p>

c(255,255,255)

p(6,6,-44)

p(6,10,-44)

p(-6,10,-44)

p(-6,6,-44)

</p>

<p>

c(255,255,255)

p(6,6,-44)

p(6,10,-44)

p(-6,10,-44)

p(-6,6,-44)

</p>

<p>

c(100,100,100)

p(10,14,31)

p(-10,14,31)

p(-10,14,-20)

p(10,14,-20)

</p>

<p>

c(100,100,100)

p(10,10,38)

p(-10,10,38)

p(-10,10,32)

p(10,10,32)

</p>

<p>

c(100,100,100)

p(10,10,-22)

p(-10,10,-22)

p(-10,10,-28)

p(10,10,-28)

</p>

<p>

c(100,100,100)

p(10,14,-29)

p(-10,14,-29)

p(-10,14,-44)

p(10,14,-44)

</p>

<p>

c(100,100,100)

p(10,10,-27)

p(-10,10,-27)

p(-10,14,-29)

p(10,14,-29)

</p>

<p>

c(100,100,100)

p(10,14,-20)

p(-10,14,-20)

p(-10,10,-22)

p(10,10,-22)

</p>

<p>

c(100,100,100)

p(10,10,32)

p(-10,10,32)

p(-10,14,30)

p(10,14,30)

</p>

<p>

c(100,100,100)

p(10,14,40)

p(-10,14,40)

p(-10,10,38)

p(10,10,38)

</p>

<p>

c(100,100,100)

p(10,14,40)

p(-10,14,40)

p(-10,14,45)

p(10,14,45)

</p>

gwgr(40)

rims(140,140,140,18,10)

w(-8,15,35,11,40,23)

w(8,15,35,11,-40,23)

gwgr(40)

rims(140,140,140,18,10)

w(-8,15,-24,0,40,23)

w(8,15,-24,0,-40,23)

physics(50,22,50,68,50,0,22,78,22,24,24,82,50,28,2,9677)

handling(90)

stat(106,95,95,200,184)

1 answer


1stColor(139,0,0)

2ndColor(139,139,139)

ScaleZ(510)

ScaleY(560)

ScaleX(920)

<p>

c(27,224,63)

p(10,-23,61)

p(10,-20,61)

p(10,-20,-61)

p(10,-23,-61)

</p>

<p>

c(27,224,63)

gr(30)

p(10,-20,61)

p(10,18,61)

p(10,18,57)

p(10,-20,57)

</p>

<p>

c(27,224,63)

p(10,-10,57)

p(10,0,57)

p(10,0,-57)

p(10,-10,-57)

</p>

<p>

c(0,0,0)

gr(30)

p(10,-20,57)

p(10,-10,57)

p(10,-10,36)

p(10,-20,36)

</p>

<p>

c(0,0,0)

gr(30)

p(10,-20,33)

p(10,-10,33)

p(10,-10,13)

p(10,-20,13)

</p>

<p>

c(0,0,0)

p(10,-20,10)

p(10,-10,10)

p(10,-10,-10)

p(10,-20,-10)

</p>

<p>

c(0,0,0)

gr(30)

p(10,-20,-13)

p(10,-10,-13)

p(10,-10,-34)

p(10,-20,-34)

</p>

<p>

c(0,0,0)

gr(30)

p(10,-20,-37)

p(10,-10,-37)

p(10,-10,-57)

p(10,-20,-57)

</p>

<p>

c(0,0,0)

p(10,0,57)

p(10,10,57)

p(10,10,36)

p(10,0,36)

</p>

<p>

c(0,0,0)

p(10,0,33)

p(10,10,33)

p(10,10,13)

p(10,0,13)

</p>

<p>

c(0,0,0)

p(10,0,10)

p(10,10,10)

p(10,10,-10)

p(10,0,-10)

</p>

<p>

c(0,0,0)

p(10,0,-13)

p(10,10,-13)

p(10,10,-34)

p(10,0,-34)

</p>

<p>

c(0,0,0)

p(10,0,-37)

p(10,10,-37)

p(10,10,-57)

p(10,0,-57)

</p>

<p>

c(27,224,63)

gr(30)

p(10,-20,36)

p(10,-10,36)

p(10,-10,33)

p(10,-20,33)

</p>

<p>

c(27,224,63)

p(10,-20,13)

p(10,-10,13)

p(10,-10,10)

p(10,-20,10)

</p>

<p>

c(27,224,63)

p(10,-20,-10)

p(10,-10,-10)

p(10,-10,-13)

p(10,-20,-13)

</p>

<p>

c(27,224,63)

gr(30)

p(10,-20,-34)

p(10,-10,-34)

p(10,-10,-37)

p(10,-20,-37)

</p>

<p>

c(27,224,63)

p(10,0,36)

p(10,10,36)

p(10,10,33)

p(10,0,33)

</p>

<p>

c(27,224,63)

p(10,0,13)

p(10,10,13)

p(10,10,10)

p(10,0,10)

</p>

<p>

c(27,224,63)

p(10,0,-10)

p(10,10,-10)

p(10,10,-13)

p(10,0,-13)

</p>

<p>

c(27,224,63)

p(10,0,-34)

p(10,10,-34)

p(10,10,-37)

p(10,0,-37)

</p>

<p>

c(27,224,63)

gr(30)

p(10,-20,-57)

p(10,18,-57)

p(10,18,-61)

p(10,-20,-61)

</p>

<p>

c(27,224,63)

p(10,18,-44)

p(10,23,-47)

p(10,23,-61)

p(10,18,-61)

</p>

<p>

c(27,224,63)

p(10,10,57)

p(10,18,57)

p(10,18,-57)

p(10,10,-57)

</p>

<p>

c(27,224,63)

p(10,18,44)

p(10,23,47)

p(10,23,61)

p(10,18,61)

</p>

<p>

c(27,224,63)

p(10,18,35)

p(10,23,33)

p(10,23,-33)

p(10,18,-35)

</p>

// Mirror of the 26 polygons above along the X axis:

<p>

c(27,224,63)

p(-10,-23,61)

p(-10,-20,61)

p(-10,-20,-61)

p(-10,-23,-61)

</p>

<p>

c(27,224,63)

p(-10,-20,61)

p(-10,18,61)

p(-10,18,57)

p(-10,-20,57)

</p>

<p>

c(27,224,63)

p(-10,-10,57)

p(-10,0,57)

p(-10,0,-57)

p(-10,-10,-57)

</p>

<p>

c(0,0,0)

gr(30)

p(-10,-20,57)

p(-10,-10,57)

p(-10,-10,36)

p(-10,-20,36)

</p>

<p>

c(0,0,0)

gr(30)

p(-10,-20,33)

p(-10,-10,33)

p(-10,-10,13)

p(-10,-20,13)

</p>

<p>

c(0,0,0)

p(-10,-20,10)

p(-10,-10,10)

p(-10,-10,-10)

p(-10,-20,-10)

</p>

<p>

c(0,0,0)

gr(30)

p(-10,-20,-13)

p(-10,-10,-13)

p(-10,-10,-34)

p(-10,-20,-34)

</p>

<p>

c(0,0,0)

gr(30)

p(-10,-20,-37)

p(-10,-10,-37)

p(-10,-10,-57)

p(-10,-20,-57)

</p>

<p>

c(0,0,0)

p(-10,0,57)

p(-10,10,57)

p(-10,10,36)

p(-10,0,36)

</p>

<p>

c(0,0,0)

p(-10,0,33)

p(-10,10,33)

p(-10,10,13)

p(-10,0,13)

</p>

<p>

c(0,0,0)

p(-10,0,10)

p(-10,10,10)

p(-10,10,-10)

p(-10,0,-10)

</p>

<p>

c(0,0,0)

p(-10,0,-13)

p(-10,10,-13)

p(-10,10,-34)

p(-10,0,-34)

</p>

<p>

c(0,0,0)

gr(30)

p(-10,0,-37)

p(-10,10,-37)

p(-10,10,-57)

p(-10,0,-57)

</p>

<p>

c(27,224,63)

p(-10,-20,36)

p(-10,-10,36)

p(-10,-10,33)

p(-10,-20,33)

</p>

<p>

c(27,224,63)

p(-10,-20,13)

p(-10,-10,13)

p(-10,-10,10)

p(-10,-20,10)

</p>

<p>

c(27,224,63)

p(-10,-20,-10)

p(-10,-10,-10)

p(-10,-10,-13)

p(-10,-20,-13)

</p>

<p>

c(27,224,63)

p(-10,-20,-34)

p(-10,-10,-34)

p(-10,-10,-37)

p(-10,-20,-37)

</p>

<p>

c(27,224,63)

p(-10,0,36)

p(-10,10,36)

p(-10,10,33)

p(-10,0,33)

</p>

<p>

c(27,224,63)

p(-10,0,13)

p(-10,10,13)

p(-10,10,10)

p(-10,0,10)

</p>

<p>

c(27,224,63)

p(-10,0,-10)

p(-10,10,-10)

p(-10,10,-13)

p(-10,0,-13)

</p>

<p>

c(27,224,63)

p(-10,0,-34)

p(-10,10,-34)

p(-10,10,-37)

p(-10,0,-37)

</p>

<p>

c(27,224,63)

p(-10,-20,-57)

p(-10,18,-57)

p(-10,18,-61)

p(-10,-20,-61)

</p>

<p>

c(27,224,63)

p(-10,18,-44)

p(-10,23,-47)

p(-10,23,-61)

p(-10,18,-61)

</p>

<p>

c(27,224,63)

p(-10,10,57)

p(-10,18,57)

p(-10,18,-57)

p(-10,10,-57)

</p>

<p>

c(27,224,63)

p(-10,18,44)

p(-10,23,47)

p(-10,23,61)

p(-10,18,61)

</p>

<p>

c(27,224,63)

p(-10,18,35)

p(-10,23,33)

p(-10,23,-33)

p(-10,18,-35)

</p>

// End of mirror

<p>

c(27,224,63)

p(10,18,-61)

p(10,23,-61)

p(-10,23,-61)

p(-10,18,-61)

</p>

<p>

c(27,224,63)

lightB

p(10,12,-61)

p(10,18,-61)

p(7,18,-61)

p(7,12,-61)

</p>

<p>

c(27,224,63)

lightB

p(-10,12,-61)

p(-10,18,-61)

p(-7,18,-61)

p(-7,12,-61)

</p>

<p>

c(27,224,63)

p(7,12,-61)

p(7,18,-61)

p(-7,18,-61)

p(-7,12,-61)

</p>

<p>

c(27,224,63)

p(10,10,-61)

p(10,12,-61)

p(-10,12,-61)

p(-10,10,-61)

</p>

<p>

c(0,0,0)

p(7,0,-61)

p(7,10,-61)

p(-7,10,-61)

p(-7,0,-61)

</p>

<p>

c(27,224,63)

p(10,0,-61)

p(10,10,-61)

p(7,10,-61)

p(7,0,-61)

</p>

<p>

c(27,224,63)

p(-10,0,-61)

p(-10,10,-61)

p(-7,10,-61)

p(-7,0,-61)

</p>

<p>

c(27,224,63)

p(10,0,-61)

p(10,-10,-61)

p(-10,-10,-61)

p(-10,0,-61)

</p>

<p>

c(0,0,0)

p(7,-19,-61)

p(7,-10,-61)

p(-7,-10,-61)

p(-7,-19,-61)

</p>

<p>

c(27,224,63)

p(10,-19,-61)

p(10,-10,-61)

p(7,-10,-61)

p(7,-19,-61)

</p>

<p>

c(27,224,63)

p(-10,-19,-61)

p(-10,-10,-61)

p(-7,-10,-61)

p(-7,-19,-61)

</p>

<p>

c(27,224,63)

p(10,-23,-61)

p(10,-19,-61)

p(-10,-19,-61)

p(-10,-23,-61)

</p>

// Mirror of the 9 polygons above along the Z axis:

<p>

c(27,224,63)

p(10,10,61)

p(10,12,61)

p(-10,12,61)

p(-10,10,61)

</p>

<p>

c(0,0,0)

p(7,0,61)

p(7,10,61)

p(-7,10,61)

p(-7,0,61)

</p>

<p>

c(27,224,63)

p(10,0,61)

p(10,10,61)

p(7,10,61)

p(7,0,61)

</p>

<p>

c(27,224,63)

p(-10,0,61)

p(-10,10,61)

p(-7,10,61)

p(-7,0,61)

</p>

<p>

c(27,224,63)

p(10,0,61)

p(10,-10,61)

p(-10,-10,61)

p(-10,0,61)

</p>

<p>

c(0,0,0)

p(7,-19,61)

p(7,-10,61)

p(-7,-10,61)

p(-7,-19,61)

</p>

<p>

c(27,224,63)

p(10,-19,61)

p(10,-10,61)

p(7,-10,61)

p(7,-19,61)

</p>

<p>

c(27,224,63)

p(-10,-19,61)

p(-10,-10,61)

p(-7,-10,61)

p(-7,-19,61)

</p>

<p>

c(27,224,63)

p(10,-23,61)

p(10,-19,61)

p(-10,-19,61)

p(-10,-23,61)

</p>

// End of mirror

<p>

c(27,224,63)

p(10,12,61)

p(10,18,61)

p(7,18,61)

p(7,12,61)

</p>

<p>

c(27,224,63)

p(-10,12,61)

p(-10,18,61)

p(-7,18,61)

p(-7,12,61)

</p>

<p>

c(255,255,255)

lightF

p(2,16,61)

p(2,18,61)

p(7,18,61)

p(7,16,61)

</p>

<p>

c(27,224,63)

lightF

p(-2,16,61)

p(-2,18,61)

p(-7,18,61)

p(-7,16,61)

</p>

<p>

c(27,224,63)

p(7,12,61)

p(7,16,61)

p(-7,16,61)

p(-7,12,61)

</p>

<p>

c(27,224,63)

p(10,18,61)

p(10,23,61)

p(-10,23,61)

p(-10,18,61)

</p>

<p>

c(27,224,63)

p(2,16,61)

p(2,18,61)

p(-2,18,61)

p(-2,16,61)

</p>

<p>

c(27,224,63)

p(-10,-23,61)

p(10,-23,61)

p(10,-23,-61)

p(-10,-23,-61)

</p>

<p>

c(130,130,130)

gr(30)

p(10,23,33)

p(-10,23,33)

p(-10,23,-33)

p(10,23,-33)

</p>

<p>

c(130,130,130)

gr(30)

p(10,23,-33)

p(-10,23,-33)

p(-10,18,-33)

p(10,18,-33)

</p>

<p>

c(130,130,130)

gr(30)

p(10,18,-33)

p(-10,18,-33)

p(-10,18,-44)

p(10,18,-44)

</p>

<p>

c(130,130,130)

gr(30)

p(10,18,-44)

p(-10,18,-44)

p(-10,23,-47)

p(10,23,-47)

</p>

// Mirror of the 3 polygons above along the Z axis:

<p>

c(130,130,130)

gr(30)

p(10,23,33)

p(-10,23,33)

p(-10,18,35)

p(10,18,35)

</p>

<p>

c(130,130,130)

gr(30)

p(10,18,35)

p(-10,18,35)

p(-10,18,44)

p(10,18,44)

</p>

<p>

c(130,130,130)

gr(30)

p(10,18,44)

p(-10,18,44)

p(-10,23,47)

p(10,23,47)

</p>

// End of mirror

<p>

c(130,130,130)

gr(30)

p(10,23,-47)

p(-10,23,-47)

p(-10,23,-61)

p(10,23,-61)

</p>

<p>

c(130,130,130)

gr(30)

p(10,23,47)

p(-10,23,47)

p(-10,23,61)

p(10,23,61)

</p>

physics(50,12,50,62,50,0,0,90,10,12,12,94,50,56,4,8330)

handling(76)

gwgr(40)

rims(140,140,140,18,10)

w(-8,20,40,11,35,20)

w(8,20,40,11,-35,20)

gwgr(40)

rims(140,140,140,18,10)

w(-8,20,-40,0,35,20)

w(8,20,-40,0,-35,20)

stat(120,104,129,165,162)

2 answers


[code]// car: Dodge viper srt

---------------------

div(17)

shadow()

1stColor(0,0,255)

2ndColor(255,255,255)

/// Spoiler

<p>

c(255,255,255)

p(11,-21,-74)

p(-11,-21,-74)

p(-11,-21,-97)

p(11,-21,-97)

</p>

<p>

c(255,255,255)

gr(-30)

p(-11,-30,-90)

p(-11,-35,-100)

p(11,-35,-100)

p(11,-30,-90)

</p>

<p>

c(0,0,255)

gr(-30)

p(11,-30,-90)

p(11,-35,-100)

p(40,-35,-100)

p(40,-30,-90)

</p>

<p>

c(0,0,255)

gr(-30)

p(-40,-30,-90)

p(-40,-35,-100)

p(-11,-35,-100)

p(-11,-30,-90)

</p>

/// Ends of Spolier

<p>

c(255,255,255)

gr(-30)

p(40,-33,-88)

p(40,-40,-102)

p(40,-28,-102)

p(40,-28,-88)

</p>

<p>

c(255,255,255)

gr(-30)

p(-40,-33,-88)

p(-40,-40,-102)

p(-40,-28,-102)

p(-40,-28,-88)

</p>

/// Spolier Holders

<p>

c(255,255,255)

fs(99)

p(11,-32,-90)

p(11,-35,-100)

p(11,-22,-90)

p(11,-22,-80)

</p>

<p>

c(255,255,255)

fs(99)

p(-11,-32,-90)

p(-11,-35,-100)

p(-11,-22,-90)

p(-11,-22,-80)

</p>

//-//

<p>

c(255,255,255)

fs(99)

p(12,-32,-90)

p(12,-35,-100)

p(12,-22,-90)

p(12,-22,-80)

</p>

<p>

c(255,255,255)

fs(99)

p(-12,-32,-90)

p(-12,-35,-100)

p(-12,-22,-90)

p(-12,-22,-80)

</p>

<p>

c(0,0,255)

p(42,-10,97)

p(45,-10,90)

p(45,-15,75)

p(45,-10,60)

p(45,-11,45)

p(45,-13,25)

p(40,-19,22)

p(40,-19,95)

p(42,-17,93)

</p>

<p>

c(255555,255555,255555)

lightF

p(42,-10,97)

p(42,-17,93)

p(40,-19,95)

p(27,-13,104)

p(25,-10,107)

</p>

<p>

c(0,0,255)

p(40,-19,95)

p(40,-19,22)

p(37,-19,24)

p(27,-13,104)

</p>

<p>

c(0,0,255)

p(45,-10,90)

p(42,-10,97)

p(25,-10,109)

p(25,18,109)

p(42,18,97)

p(45,18,95)

</p>

<p>

c(0,0,255)

p(42,-10,97)

p(25,-10,107)

p(25,-10,109)

</p>

<p>

c(0,0,255)

p(45,-10,60)

p(45,-11,45)

p(45,3,30)

p(45,3,-20)

p(45,18,-20)

p(45,18,55)

</p>

<p>

c(0,0,255)

p(45,-13,25)

p(45,-16,-20)

p(40,-11,30)

p(40,3,30)

p(45,3,-20)

p(45,-16,-27)

p(40,-21,-29)

p(40,-19,2)

p(40,-19,22)

</p>

<p>

c(0,0,255)

p(40,-11,30)

p(39,-11,45)

p(40,3,30)

</p>

<p>

c(0,0,255)

p(45,-16,-20)

p(40,-11,30)

p(39,-11,45)

p(45,-11,45)

p(45,-13,25)

</p>

<p>

c(0,0,255)

p(45,3,-20)

p(40,3,30)

p(45,3,30)

</p>

<p>

c(20,20,20)

p(45,3,30)

p(40,3,30)

p(39,-11,45)

p(45,-11,45)

</p>

<p>

c(0,0,255)

p(40,-19,22)

p(40,-19,2)

p(40,-21,-29)

p(37,-21,-29)

p(37,-19,2)

p(37,-19,24)

</p>

<p>

c(0,0,255)

p(45,10,-20)

p(45,3,-20)

p(45,3,-26)

p(45,10,-26)

</p>

<p>

c(20,20,20)

p(45,10,-20)

p(45,18,-20)

p(45,18,-26)

p(45,10,-26)

</p>

---------------------------------------

<p>

c(0,0,255)

p(45,3,-20)

p(45,3,-26)

p(45,18,-26)

p(45,-10,-31)

p(45,-15,-46)

p(45,-10,-61)

p(45,18,-66)

p(42,5,-93)

p(42,-16,-93)

p(40,-21,-93)

p(40,-21,-29)

p(45,-16,-27)

</p>

<p>

c(255,255,255)

p(45,18,-66)

p(41,18,-93)

p(41,5,-93)

</p>

<p>

c(255,255,255)

p(31,18,-66)

p(31,18,-93)

p(31,5,-93)

</p>

<p>

c(255,255,255)

p(21,18,-66)

p(21,18,-93)

p(21,5,-93)

</p>

<p>

c(255,255,255)

p(11,18,-66)

p(11,18,-93)

p(11,5,-93)

</p>

//-//

<p>

c(255,255,255)

p(-45,18,-66)

p(-41,18,-93)

p(-41,5,-93)

</p>

<p>

c(255,255,255)

p(-31,18,-66)

p(-31,18,-93)

p(-31,5,-93)

</p>

<p>

c(255,255,255)

p(-21,18,-66)

p(-21,18,-93)

p(-21,5,-93)

</p>

<p>

c(255,255,255)

p(-11,18,-66)

p(-11,18,-93)

p(-11,5,-93)

</p>

--------------------------

<p>

c(0,0,255)

p(40,-21,-29)

p(37,-21,-29)

p(37,-21,-93)

p(40,-21,-93)

</p>

<p>

c(0,0,255)

p(37,-19,24)

p(35,-19,26)

p(27,-33,3)

p(25,-35,0)

p(27,-33,0)

</p>

<p>

glass

p(37,-21,-29)

p(37,-19,2)

p(37,-19,24)

p(27,-33,0)

p(27,-33,-29)

</p>

<p>

c(0,0,255)

p(27,-33,0)

p(27,-33,-29)

p(25,-35,-29)

p(25,-35,0)

</p>

<p>

c(0,0,255)

p(37,-21,-29)

p(27,-33,-29)

p(25,-35,-29)

p(25,-33,-40)

p(25,-21,-67)

p(33,-21,-51)

</p>

//

<p>

c(0,0,255)

p(-42,-10,97)

p(-45,-10,90)

p(-45,-15,75)

p(-45,-10,60)

p(-45,-11,45)

p(-45,-13,25)

p(-40,-19,22)

p(-40,-19,95)

p(-42,-17,93)

</p>

<p>

c(25555,25555,25555)

lightF

p(-42,-10,97)

p(-42,-17,93)

p(-40,-19,95)

p(-27,-13,104)

p(-25,-10,107)

</p>

<p>

c(0,0,255)

p(-40,-19,95)

p(-40,-19,22)

p(-37,-19,24)

p(-27,-13,104)

</p>

<p>

c(0,0,255)

p(-45,-10,90)

p(-42,-10,97)

p(-25,-10,109)

p(-25,18,109)

p(-42,18,97)

p(-45,18,95)

</p>

<p>

c(0,0,255)

p(-42,-10,97)

p(-25,-10,107)

p(-25,-10,109)

</p>

<p>

c(0,0,255)

p(-45,-10,60)

p(-45,-11,45)

p(-45,3,30)

p(-45,3,-20)

p(-45,18,-20)

p(-45,18,55)

</p>

<p>

c(0,0,255)

p(-45,-13,25)

p(-45,-16,-20)

p(-40,-11,30)

p(-40,3,30)

p(-45,3,-20)

p(-45,-16,-27)

p(-40,-21,-29)

p(-40,-19,2)

p(-40,-19,22)

</p>

<p>

c(0,0,255)

p(-40,-11,30)

p(-39,-11,45)

p(-40,3,30)

</p>

<p>

c(0,0,255)

p(-45,-16,-20)

p(-40,-11,30)

p(-39,-11,45)

p(-45,-11,45)

p(-45,-13,25)

</p>

<p>

c(0,0,255)

p(-45,3,-20)

p(-40,3,30)

p(-45,3,30)

</p>

<p>

c(20,20,20)

p(-45,3,30)

p(-40,3,30)

p(-39,-11,45)

p(-45,-11,45)

</p>

<p>

c(0,0,255)

p(-40,-19,22)

p(-40,-19,2)

p(-40,-21,-29)

p(-37,-21,-29)

p(-37,-19,2)

p(-37,-19,24)

</p>

<p>

c(0,0,255)

p(-45,3,-20)

p(-45,10,-20)

p(-45,10,-26)

p(-45,3,-26)

</p>

<p>

c(20,20,20)

p(-45,18,-20)

p(-45,10,-20)

p(-45,10,-26)

p(-45,18,-26)

</p>

-----------------------------

<p>

c(0,0,255)

p(-45,3,-20)

p(-45,3,-26)

p(-45,18,-26)

p(-45,-10,-31)

p(-45,-15,-46)

p(-45,-10,-61)

p(-45,18,-66)

p(-42,5,-93)

p(-42,-16,-93)

p(-40,-21,-93)

p(-40,-21,-29)

p(-45,-16,-27)

</p>

<p>

c(0,0,255)

p(-40,-21,-29)

p(-37,-21,-29)

p(-37,-21,-93)

p(-40,-21,-93)

</p>

<p>

c(0,0,255)

p(-37,-19,24)

p(-35,-19,26)

p(-27,-33,3)

p(-25,-35,0)

p(-27,-33,0)

</p>

<p>

glass

p(-37,-21,-29)

p(-37,-19,2)

p(-37,-19,24)

p(-27,-33,0)

p(-27,-33,-29)

</p>

<p>

c(0,0,255)

p(-27,-33,0)

p(-27,-33,-29)

p(-25,-35,-29)

p(-25,-35,0)

</p>

<p>

c(0,0,255)

p(-37,-21,-29)

p(-27,-33,-29)

p(-25,-35,-29)

p(-25,-33,-40)

p(-25,-21,-67)

p(-33,-21,-51)

</p>

// rear:

<p>

c(0,0,255)

p(42,5,-93)

p(42,-16,-93)

p(40,-21,-93)

p(37,-21,-93)

p(37,-18,-93)

p(39,-18,-93)

p(40,-13,-93)

p(40,5,-93)

</p>

<p>

c(0,0,255)

p(-42,5,-93)

p(-42,-16,-93)

p(-40,-21,-93)

p(-37,-21,-93)

p(-37,-18,-93)

p(-39,-18,-93)

p(-40,-13,-93)

p(-40,5,-93)

</p>

<p>

c(0,0,255)

p(39,-18,-93)

p(40,-13,-93)

p(40,-5,-93)

p(38,-6,-91)

p(38,-16,-91)

</p>

<p>

c(0,0,255)

p(-39,-18,-93)

p(-40,-13,-93)

p(-40,-5,-93)

p(-38,-6,-91)

p(-38,-16,-91)

</p>

<p>

c(0,0,255)

gr(30)

p(38,-16,-91)

p(18,-16,-95)

p(17,-14,-95)

p(16,-8,-95)

p(15,-6,-95)

p(38,-6,-91)

</p>

<p>

c(0,0,255)

gr(30)

p(-38,-16,-91)

p(-18,-16,-95)

p(-17,-14,-95)

p(-16,-8,-95)

p(-15,-6,-95)

p(-38,-6,-91)

</p>

<p>

c(255,255,255)

p(11,-16,-95)

p(11,-14,-95)

p(-11,-14,-95)

p(-11,-16,-95)

</p>

<p>

c(0,0,255)

p(11,-16,-95)

p(11,-14,-95)

p(17,-14,-95)

p(18,-16,-95)

</p>

<p>

c(0,0,255)

p(-18,-16,-95)

p(-17,-14,-95)

p(-11,-14,-95)

p(-11,-16,-95)

</p>

<p>

c(0,0,255)

p(11,-14,-95)

p(11,-8,-95)

p(16,-8,-95)

p(17,-14,-95)

</p>

<p>

c(0,0,255)

p(-11,-14,-95)

p(-11,-8,-95)

p(-16,-8,-95)

p(-17,-14,-95)

</p>

<p>

c(255,255,255)

p(11,-14,-95)

p(11,-8,-95)

p(-11,-8,-95)

p(-11,-14,-95)

</p>

<p>

c(255,255,255)

p(11,-8,-95)

p(11,-6,-95)

p(-11,-6,-95)

p(-11,-8,-95)

</p>

<p>

c(0,0,255)

p(16,-8,-95)

p(15,-6,-95)

p(11,-6,-95)

p(11,-8,-95)

</p>

<p>

c(0,0,255)

p(-16,-8,-95)

p(-15,-6,-95)

p(-11,-6,-95)

p(-11,-8,-95)

</p>

<p>

c(25555,25555,25555)

fs(-1)

gr(-20)

lightF

p(36,-7,-91)

p(18,-7,-95)

p(18,-9,-95)

p(36,-9,-91)

</p>

<p>

c(200,0,0)

lightB

fs(-1)

gr(-20)

p(36,-10,-91)

p(33,-15,-92)

p(23,-15,-94)

p(18,-10,-95)

</p>

<p>

c(25555,25555,25555)

lightF

fs(-1)

gr(-20)

p(-36,-7,-91)

p(-18,-7,-95)

p(-18,-9,-95)

p(-36,-9,-91)

</p>

<p>

c(200,0,0)

lightB

fs(-1)

gr(-20)

p(-36,-10,-91)

p(-33,-15,-92)

p(-23,-15,-94)

p(-18,-10,-95)

</p>

<p>

c(0,0,255)

p(39,-18,-93)

p(38,-16,-91)

p(18,-16,-95)

p(-18,-16,-95)

p(-38,-16,-91)

p(-39,-18,-93)

p(-19,-18,-97)

p(19,-18,-97)

</p>

<p>

c(0,0,255)

p(40,-5,-93)

p(38,-6,-91)

p(15,-6,-95)

p(-15,-6,-95)

p(-38,-6,-91)

p(-40,-5,-93)

p(-20,-5,-97)

p(20,-5,-97)

</p>

<p>

c(0,0,255)

p(37,-18,-93)

p(18,-18,-97)

p(18,-21,-97)

p(37,-21,-93)

</p>

<p>

c(0,0,255)

p(-37,-18,-93)

p(-18,-18,-97)

p(-18,-21,-97)

p(-37,-21,-93)

</p>

<p>

c(0,0,255)

p(18,-18,-97)

p(11,-18,-97)

p(11,-21,-97)

p(18,-21,-97)

</p>

<p>

c(0,0,255)

p(-18,-18,-97)

p(-11,-18,-97)

p(-11,-21,-97)

p(-18,-21,-97)

</p>

<p>

c(255,255,255)

p(11,-18,-97)

p(-11,-18,-97)

p(-11,-21,-97)

p(11,-21,-97)

</p>

<p>

c(0,0,255)

p(40,-5,-93)

p(20,-5,-97)

p(20,5,-97)

p(40,5,-93)

</p>

<p>

c(0,0,255)

p(-40,-5,-93)

p(-20,-5,-97)

p(-20,5,-97)

p(-40,5,-93)

</p>

<p>

c(255,255,255)

p(11,-5,-97)

p(-11,-5,-97)

p(-11,5,-97)

p(11,5,-97)

</p>

<p>

c(0,0,255)

p(20,-5,-97)

p(11,-5,-97)

p(11,5,-97)

p(20,5,-97)

</p>

<p>

c(0,0,255)

p(-20,-5,-97)

p(-11,-5,-97)

p(-11,5,-97)

p(-20,5,-97)

</p>

<p>

glass

p(25,-33,-40)

p(25,-21,-67)

p(11,-21,-74)

p(-11,-21,-74)

p(-25,-21,-67)

p(-25,-33,-40)

</p>

<p>

c(255,255,255)

p(11,-21,-74)

p(-11,-21,-74)

p(-11,-21,-97)

p(11,-21,-97)

</p>

<p>

c(0,0,255)

p(37,-21,-29)

p(33,-21,-51)

p(25,-21,-67)

p(11,-21,-74)

p(11,-21,-97)

p(18,-21,-97)

p(37,-21,-93)

</p>

<p>

c(0,0,255)

p(-37,-21,-29)

p(-33,-21,-51)

p(-25,-21,-67)

p(-11,-21,-74)

p(-11,-21,-97)

p(-18,-21,-97)

p(-37,-21,-93)

</p>

// roof:

<p>

c(255,255,255)

p(16,-33,-40)

p(16,-35,-29)

p(16,-35,0)

p(-16,-35,0)

p(-16,-35,-29)

p(-16,-33,-40)

</p>

<p>

c(0,0,255)

p(25,-33,-40)

p(25,-35,-29)

p(25,-35,0)

p(16,-35,0)

p(16,-35,-29)

p(16,-33,-40)

</p>

<p>

c(0,0,255)

p(-25,-33,-40)

p(-25,-35,-29)

p(-25,-35,0)

p(-16,-35,0)

p(-16,-35,-29)

p(-16,-33,-40)

</p>

<p>

c(255,255,255)

p(16,-33,3)

p(16,-35,0)

p(-16,-35,0)

p(-16,-33,3)

</p>

<p>

c(0,0,255)

p(27,-33,3)

p(25,-35,0)

p(16,-35,0)

p(16,-33,3)

</p>

<p>

c(0,0,255)

p(-27,-33,3)

p(-25,-35,0)

p(-16,-35,0)

p(-16,-33,3)

</p>

<p>

glass

p(35,-19,26)

p(16,-19,36)

p(-16,-19,36)

p(-35,-19,26)

p(-27,-33,3)

p(27,-33,3)

</p>

// front:

<p>

c(0,0,255)

p(35,-19,26)

p(37,-19,24)

p(27,-13,104)

p(9,-13,107)

p(11,-16,90)

p(16,-19,36)

</p>

<p>

c(0,0,255)

p(-35,-19,26)

p(-37,-19,24)

p(-27,-13,104)

p(-9,-13,107)

p(-11,-16,90)

p(-16,-19,36)

</p>

<p>

c(255,255,255)

p(11,-16,90)

p(9,-13,107)

p(-9,-13,107)

p(-11,-16,90)

</p>

<p>

c(20,20,20)

p(11,-20,90)

p(-11,-20,90)

p(-11,-16,90)

p(11,-16,90)

</p>

<p>

c(255,255,255)

p(16,-19,36)

p(11,-20,90)

p(-11,-20,90)

p(-16,-19,36)

</p>

<p>

c(255,255,255)

p(16,-19,36)

p(11,-20,90)

p(11,-16,90)

</p>

<p>

c(255,255,255)

p(-16,-19,36)

p(-11,-20,90)

p(-11,-16,90)

</p>

<p>

c(0,0,255)

p(27,-13,104)

p(9,-13,107)

p(-9,-13,107)

p(-27,-13,104)

p(-25,-10,107)

p(-9,-10,110)

p(9,-10,110)

p(25,-10,107)

</p>

<p>

c(0,0,255)

p(25,-10,107)

p(9,-10,110)

p(-9,-10,110)

p(-25,-10,107)

p(-25,-10,109)

p(-1,-10,113)

p(1,-10,113)

p(25,-10,109)

</p>

<p>

c(0,0,255)

p(25,-10,109)

p(1,-10,113)

p(1,-2,113)

p(22,-2,109)

p(25,5,109)

</p>

<p>

c(0,0,255)

p(-25,-10,109)

p(-1,-10,113)

p(-1,-2,113)

p(-22,-2,109)

p(-25,2,109)

</p>

<p>

c(0,0,255)

p(1,16,113)

p(1,8,113)

p(25,8,109)

p(25,5,109)

p(1,5,113)

p(1,-10,113)

p(-1,-10,113)

p(-1,5,113)

p(-25,5,109)

p(-25,8,109)

p(-1,8,113)

p(-1,16,113)

</p>

<p>

c(20,20,20)

p(25,16,109)

p(1,16,113)

p(1,8,113)

p(25,8,109)

</p>

<p>

c(20,20,20)

p(25,5,109)

p(25,2,109)

p(22,-2,109)

p(1,-2,113)

p(1,5,113)

</p>

<p>

c(20,20,20)

p(-25,16,109)

p(-1,16,113)

p(-1,8,113)

p(-25,8,109)

</p>

<p>

c(20,20,20)

p(-25,5,109)

p(-25,2,109)

p(-22,-2,109)

p(-1,-2,113)

p(-1,5,113)

</p>

<p>

c(0,0,255)

p(25,16,109)

p(1,16,113)

p(-1,16,113)

p(-25,16,109)

p(-25,18,109)

p(-1,18,113)

p(1,18,113)

p(25,18,109)

</p>

// bottom:

<p>

c(30,30,30)

p(45,16,95)

p(42,16,97)

p(25,16,109)

p(1,16,113)

p(-1,16,113)

p(-25,16,109)

p(-42,16,97)

p(-45,16,95)

p(-33,16,110)

p(-21,16,118)

p(0,16,121)

p(21,16,118)

p(33,16,110)

</p>

<p>

c(30,30,30)

p(45,16,95)

p(42,16,97)

p(25,16,109)

p(1,16,113)

p(-1,16,113)

p(-25,16,109)

p(-42,16,97)

p(-45,16,95)

</p>

<p>

c(30,30,30)

p(33,16,95)

p(-33,16,95)

p(-33,16,55)

p(33,16,55)

</p>

<p>

c(30,30,30)

p(45,16,55)

p(-45,16,55)

p(-45,16,-26)

p(45,16,-26)

</p>

<p>

c(30,30,30)

p(33,16,-26)

p(-33,16,-26)

p(-33,16,-66)

p(33,16,-66)

</p>

<p>

c(30,30,30)

p(45,18,-66)

p(42,5,-93)

p(20,5,-97)

p(-20,5,-97)

p(-42,5,-93)

p(-45,18,-66)

</p>

---hot wheels logo----

<p>

c(0,0,255)

p(11,20,-38)

p(9,20,-32)

p(6,20,-28)

p(4,20,-21)

p(6,20,-15)

p(8,20,-14)

p(10,20,-15)

p(12,20,-18)

p(16,20,-22)

p(20,20,-25)

p(17,20,-20)

p(12,20,-10)

p(11,20,-5)

p(10,20,0)

p(14,20,25)

p(15,20,40)

p(14,20,55)

p(9,20,70)

p(0,20,80)

p(-10,20,80)

p(-19,20,68)

p(-21,20,66)

p(-17,20,65)

p(-14,20,62)

p(-13,20,55)

p(-11,20,45)

p(-13,20,35)

p(-14,20,25)

p(-19,20,5)

p(-17,20,-10)

p(-15,20,-20)

p(-13,20,-25)

p(-8,20,-30)

p(-11,20,-25)

p(-13,20,-20)

p(-14,20,-10)

p(-13,20,-6)

p(-10,20,-4)

p(-7,20,-6)

p(-6,20,-10)

p(-7,20,-15)

p(-6,20,-23)

p(-2,20,-30)

p(9,20,-38)

p(9,20,-41)

p(8,20,-44)

p(11,20,-40)

</p>

// wheels:

//w(cx,cy,cz,rotates,w,h)

//rims([colour],size,depth)

//the stat:

handling(200)

gwgr(40)

rims(250,250,250,25,0)

w(-41,4,75,11,15,14)

w(41,4,75,11,-15,14)

gwgr(40)

rims(250,250,250,25,0)

w(-41,4,-46,0,15,14)

w(41,4,-46,0,-15,14)

stat(167,158,109,155,91)

physics(100,100,100,0,50,100,0,100,0,100,100,60,40,0,1,6497)

1 answer


div(18)

shadow()

1stColor(51,51,51)

2ndColor(51,51,51)

handling(200)

physics(100,100,100,24,50,100,100,100,100,100,100,74,42,2,1,10842)

<p>

c(51,51,51)

p(-15,15,97)

p(15,15,97)

p(25,-3,97)

p(-25,-3,97)

</p>

<p>

c(51,51,51)

p(25,-3,97)

p(30,-2,94)

p(32,-9,87)

p(25,-9,91)

</p>

<p>

c(51,51,51)

p(43,15,-26)

p(44,15,-44)

p(44,-4,-44)

p(43,2,-18)

</p>

<p>

c(51,51,51)

p(-43,-4,-44)

p(-42,2,-18)

p(-42,-12,-25)

p(-43,-13,-54)

</p>

<p>

c(51,51,51)

p(-42,2,-18)

p(-43,-4,-44)

p(-43,15,-44)

p(-42,15,-26)

</p>

<p>

c(51,51,51)

p(-41,-8,40)

p(-35,-18,35)

p(-37,-22,-26)

p(-42,-12,-25)

</p>

<p>

c(51,51,51)

p(35,-18,35)

p(42,-9,40)

p(43,-12,-25)

p(37,-21,-26)

</p>

<p>

c(51,51,51)

p(42,8,38)

p(43,2,-18)

p(43,-12,-25)

p(42,-9,40)

</p>

<p>

c(51,51,51)

p(43,2,-18)

p(44,-4,-44)

p(44,-14,-54)

p(43,-12,-25)

</p>

<p>

c(51,51,51)

p(-42,2,-18)

p(-41,8,38)

p(-41,-8,40)

p(-42,-12,-25)

</p>

<p>

c(51,51,51)

p(-42,-12,-25)

p(-37,-22,-26)

p(-37,-23,-44)

p(-43,-13,-54)

</p>

<p>

c(51,51,51)

p(37,-21,-26)

p(43,-12,-25)

p(44,-14,-54)

p(37,-23,-44)

</p>

<p>

c(51,51,51)

p(-34,-20,45)

p(-41,-14,45)

p(-41,-15,57)

p(-36,-18,56)

</p>

<p>

c(51,51,51)

p(-41,-10,66)

p(-32,-9,87)

p(-37,-16,67)

</p>

<p>

c(51,51,51)

p(-41,-4,69)

p(-30,-3,94)

p(-32,-9,87)

p(-41,-10,66)

</p>

<p>

c(51,51,51)

p(-39,15,70)

p(-30,15,80)

p(-30,-3,94)

p(-41,-4,69)

</p>

<p>

c(51,51,51)

p(36,-18,57)

p(42,-15,57)

p(42,-13,45)

p(35,-20,45)

</p>

<p>

c(51,51,51)

p(37,-15,68)

p(32,-9,87)

p(42,-10,66)

</p>

<p>

c(51,51,51)

p(42,-10,66)

p(32,-9,87)

p(30,-2,94)

p(42,-4,69)

</p>

<p>

c(51,51,51)

p(39,15,70)

p(30,15,80)

p(30,-3,94)

p(41,-4,69)

</p>

<p>

c(20,20,20)

p(15,15,97)

p(30,15,80)

p(30,-2,94)

p(25,-3,97)

</p>

<p>

c(51,51,51)

p(37,-15,68)

p(42,-10,66)

p(42,-15,57)

p(36,-18,57)

</p>

<p>

c(51,51,51)

p(-41,-10,66)

p(-37,-16,67)

p(-36,-18,56)

p(-41,-15,57)

</p>

<p>

c(20,20,20)

p(-15,15,97)

p(-30,15,80)

p(-30,-2,94)

p(-25,-3,97)

</p>

<p>

c(51,51,51)

p(16,-20,59)

p(-16,-20,59)

p(-25,-9,91)

p(25,-9,91)

</p>

<p>

c(51,51,51)

p(-25,-3,97)

p(-30,-3,94)

p(-32,-9,87)

p(-25,-9,91)

</p>

<p>

c(51,51,51)

p(35,-15,69)

p(33,-20,47)

p(16,-20,59)

p(20,-15,75)

</p>

<p>

c(51,51,51)

p(-35,-16,68)

p(-32,-20,47)

p(-34,-20,45)

p(-37,-16,67)

</p>

<p>

c(51,51,51)

p(25,-9,91)

p(-25,-9,91)

p(-25,-3,97)

p(25,-3,97)

</p>

<p>

c(51,51,51)

p(-41,-14,45)

p(-34,-20,45)

p(-35,-18,35)

p(-41,-8,40)

</p>

<p>

c(51,51,51)

p(42,-9,40)

p(35,-18,35)

p(35,-20,45)

p(42,-13,45)

</p>

<p>

c(51,51,51)

p(37,-22,-66)

p(44,-14,-68)

p(40,-15,-87)

p(37,-21,-85)

</p>

<p>

c(51,51,51)

p(-43,-14,-68)

p(-37,-23,-67)

p(-36,-21,-86)

p(-40,-15,-87)

</p>

<p>

c(51,51,51)

p(37,-23,-44)

p(44,-14,-54)

p(44,-14,-68)

p(37,-22,-66)

</p>

<p>

c(51,51,51)

p(-43,-13,-54)

p(-37,-23,-44)

p(-37,-23,-67)

p(-43,-14,-68)

</p>

<p>

c(51,51,51)

p(-37,-30,-44)

p(-37,-23,-44)

p(-37,-23,-67)

</p>

<p>

c(20,20,20)

p(-20,-30,-44)

p(-37,-30,-44)

p(-37,-22,-44)

</p>

<p>

c(51,51,51)

p(-20,-27,-67)

p(-20,-30,-44)

p(-37,-30,-44)

p(-37,-22,-67)

</p>

<p>

c(51,51,51)

p(37,-22,-66)

p(37,-21,-85)

p(20,-24,-90)

p(20,-27,-66)

</p>

<p>

c(51,51,51)

p(37,-30,-44)

p(37,-23,-44)

p(37,-22,-66)

</p>

<p>

c(20,20,20)

p(20,-30,-44)

p(37,-30,-44)

p(37,-22,-44)

</p>

<p>

c(51,51,51)

p(20,-27,-66)

p(20,-30,-44)

p(37,-30,-44)

p(37,-22,-66)

</p>

<p>

c(51,51,51)

p(-20,-27,-67)

p(-20,-24,-90)

p(-36,-21,-86)

p(-37,-23,-67)

</p>

<p>

c(51,51,51)

p(20,-24,-66)

p(20,-24,-90)

p(-20,-24,-90)

p(-20,-24,-66)

</p>

<p>

c(51,51,51)

p(-20,-24,-66)

p(-20,-24,-90)

p(-20,-27,-66)

</p>

-.-----------------------------------------------

<p>

c(51,51,51)

p(20,-24,-66)

p(20,-24,-90)

p(20,-27,-66)

</p>

<p>

c(51,51,51)

p(-20,-15,75)

p(-16,-20,59)

p(-32,-20,47)

p(-35,-16,68)

</p>

<p>

c(51,51,51)

p(-23,-30,15)

p(-25,-29,14)

p(-34,-20,45)

p(-32,-20,47)

</p>

<p>

c(51,51,51)

p(37,-15,68)

p(35,-20,45)

p(33,-20,47)

p(35,-15,69)

</p>

<p>

c(51,51,51)

p(33,-20,47)

p(35,-20,45)

p(25,-29,14)

p(23,-30,15)

</p>

<p>

c(51,51,51)

p(-20,-32,-4)

p(-24,-31,-5)

p(-25,-29,14)

p(-23,-30,15)

</p>

<p>

c(51,51,51)

p(21,-32,-4)

p(25,-31,-5)

p(25,-29,-27)

p(19,-31,-27)

</p>

<p>

c(51,51,51)

p(20,-30,-44)

p(19,-31,-27)

p(25,-29,-27)

p(37,-23,-44)

</p>

<p>

c(51,51,51)

p(-37,-23,-44)

p(-24,-29,-27)

p(-18,-31,-27)

p(-20,-30,-44)

</p>

<p>

c(51,51,51)

p(-18,-31,-27)

p(-24,-29,-27)

p(-24,-31,-5)

p(-20,-32,-4)

</p>

------------------------------------------------------------------

<p>

c(51,51,51)

p(-18,-31,-27)

p(19,-31,-27)

p(21,-32,-4)

p(-21,-32,-4)

</p>

<p>

c(51,51,51)

p(-21,-32,-4)

p(21,-32,-4)

p(23,-30,15)

p(-23,-30,15)

</p>

--------------------------------------------------------------------

<p>

c(51,51,51)

p(23,-30,15)

p(25,-29,14)

p(25,-31,-5)

p(21,-32,-4)

</p>

<p>

c(51,51,51)

p(-42,-5,-76)

p(-39,-7,-88)

p(-38,5,-85)

p(-41,15,-77)

</p>

<p>

c(51,51,51)

p(43,-5,-76)

p(39,-7,-88)

p(40,-15,-87)

p(44,-14,-68)

</p>

<p>

c(51,51,51)

p(-43,-14,-68)

p(-40,-15,-87)

p(-39,-7,-88)

p(-42,-5,-76)

</p>

<p>

c(51,51,51)

p(41,15,-77)

p(40,5,-85)

p(39,-7,-88)

p(43,-5,-76)

</p>

<p>

c(51,51,51)

p(19,-7,-95)

p(39,-7,-88)

p(40,5,-85)

p(25,2,-93)

</p>

<p>

c(51,51,51)

p(-19,-7,-95)

p(-5,-7,-97)

p(-5,1,-97)

p(-25,2,-93)

</p>

<p>

c(51,51,51)

p(-19,-7,-95)

p(-39,-7,-88)

p(-40,5,-85)

p(-25,2,-93)

</p>

<p>

c(51,51,51)

p(5,-7,-97)

p(19,-7,-95)

p(25,2,-93)

p(5,1,-97)

</p>

<p>

c(51,51,51)

p(20,-24,-90)

p(19,-15,-90)

p(-19,-15,-90)

p(-20,-24,-90)

</p>

<p>

c(51,51,51)

p(19,-15,-90)

p(19,-7,-95)

p(5,-7,-97)

p(-5,-7,-97)

p(-19,-7,-95)

p(-19,-15,-90)

</p>

<p>

c(20,20,20)

p(-33,2,-18)

p(-42,2,-18)

p(-42,15,-26)

p(-33,15,-26)

</p>

<p>

c(51,51,51)

p(-33,2,-18)

p(-42,2,-18)

p(-42,8,38)

</p>

<p>

c(51,51,51)

p(-33,2,-18)

p(-42,8,38)

p(-42,15,38)

p(-33,15,-26)

</p>

<p>

c(20,20,20)

p(33,2,-18)

p(42,2,-18)

p(42,15,-26)

p(33,15,-26)

</p>

<p>

c(51,51,51)

p(33,2,-18)

p(42,2,-18)

p(42,8,38)

</p>

<p>

c(51,51,51)

p(33,2,-18)

p(42,8,38)

p(42,15,38)

p(33,15,-26)

</p>

<p>

glass

p(16,-20,59)

p(32,-20,47)

p(23,-30,15)

p(-23,-30,15)

p(-32,-20,47)

p(-16,-20,59)

</p>

<p>

glass

p(35,-18,35)

p(34,-20,45)

p(25,-29,14)

</p>

<p>

glass

p(37,-21,-26)

p(37,-23,-44)

p(25,-29,-27)

</p>

<p>

glass

p(25,-29,14)

p(35,-18,35)

p(37,-21,-26)

p(25,-29,-27)

p(25,-31,-5)

</p>

<p>

glass

p(-37,-21,-26)

p(-37,-23,-44)

p(-24,-29,-27)

</p>

<p>

glass

p(-25,-29,14)

p(-35,-18,35)

p(-37,-21,-26)

p(-24,-29,-27)

p(-24,-31,-5)

</p>

<p>

glass

p(-35,-18,35)

p(-34,-20,45)

p(-25,-29,14)

</p>

<p>

c(51,51,51)

p(15,-25,-32)

p(20,-24,-66)

p(-20,-24,-66)

p(-15,-25,-32)

</p>

<p>

c(51,51,51)

p(-15,-25,-32)

p(-18,-31,-27)

p(-20,-30,-44)

p(-20,-27,-66)

p(-20,-24,-66)

</p>

<p>

c(51,51,51)

p(15,-25,-32)

p(19,-31,-27)

p(20,-30,-44)

p(20,-27,-66)

p(20,-24,-66)

</p>

<p>

c(51,51,51)

p(-15,-25,-32)

p(-18,-31,-27)

p(19,-31,-27)

p(15,-25,-32)

</p>

<p>

c(2555,0,0)

lightB

p(40,-15,-87)

p(19,-15,-90)

p(20,-24,-90)

p(37,-21,-85)

</p>

<p>

c(20,20,20)

p(39,-7,-88)

p(40,-15,-87)

p(19,-15,-90)

p(19,-7,-95)

</p>

<p>

c(2555,0,0)

lightB

p(-40,-15,-87)

p(-19,-15,-90)

p(-20,-24,-90)

p(-37,-21,-85)

</p>

<p>

c(20,20,20)

p(-39,-7,-88)

p(-40,-15,-87)

p(-19,-15,-90)

p(-19,-7,-95)

</p>

<p>

c(2555,2555,2555)

lightF

p(37,-15,68)

p(20,-15,75)

p(25,-9,91)

p(32,-9,87)

</p>

<p>

c(2555,2555,2555)

lightF

p(-20,-15,75)

p(-37,-16,67)

p(-32,-9,87)

p(-25,-9,91)

</p>

//exaust:

<p>

c(90,90,90)

p(-5,-7,-97)

p(-5,-7,-105)

p(5,-7,-105)

p(5,-7,-97)

</p>

<p>

c(90,90,90)

p(5,-7,-97)

p(5,-7,-105)

p(5,1,-105)

p(5,1,-97)

</p>

<p>

c(90,90,90)

p(-5,1,-97)

p(-5,1,-105)

p(5,1,-105)

p(5,1,-97)

</p>

<p>

c(90,90,90)

p(-5,-7,-97)

p(-5,-7,-105)

p(-5,1,-105)

p(-5,1,-97)

</p>

<p>

c(0,0,0)

p(5,-7,-97)

p(-5,-7,-97)

p(-5,1,-97)

p(5,1,-97)

</p>

//Bottom!!!!

<p>

c(51,51,51)

p(-42,15,-26)

p(-42,15,38)

p(42,15,38)

p(42,15,-26)

</p>

<p>

c(51,51,51)

p(-42,15,-26)

p(-44,15,-44)

p(44,15,-44)

p(42,15,-26)

</p>

<p>

c(51,51,51)

p(-20,15,-77)

p(-20,15,-44)

p(20,15,-44)

p(20,15,-77)

</p>

<p>

c(51,51,51)

p(20,15,-77)

p(25,2,-93)

p(40,5,-85)

p(41,15,-77)

</p>

<p>

c(51,51,51)

p(20,15,-77)

p(25,2,-93)

p(5,1,-97)

p(5,15,-77)

</p>

<p>

c(51,51,51)

p(-5,15,-77)

p(-5,1,-97)

p(5,1,-97)

p(5,15,-77)

</p>

<p>

c(51,51,51)

p(-20,15,-77)

p(-25,2,-93)

p(-40,5,-85)

p(-41,15,-77)

</p>

<p>

c(51,51,51)

p(-20,15,-77)

p(-25,2,-93)

p(-5,1,-97)

p(-5,15,-77)

</p>

<p>

c(51,51,51)

p(-39,15,70)

p(-30,15,80)

p(-15,15,97)

p(15,15,97)

p(30,15,80)

p(39,15,70)

</p>

<p>

c(51,51,51)

p(-23,15,70)

p(-23,15,38)

p(23,15,38)

p(23,15,70)

</p>

gwgr(40)

rims(1400,1400,1400,23,40)

w(-33,4,56,11,20,13)

w(33,4,56,11,-20,13)

gwgr(40)

rims(1400,1400,1400,22,40)

w(-33,4,-60,0,30,13)

w(33,4,-60,0,-30,13)

stat(164,92,136,88,200)

2 answers


When you divide p cubed by p squared, you are essentially dividing p to the power of 3 by p to the power of 2. This simplifies to p^(3-2), which equals p^1. Therefore, the result of p cubed divided by p squared is p.

2 answers


The Rincon Mountains are a significant mountain range east of Tucson, Pima County, Arizona, in the United States. The Tanque Verde is one of these mountains. It is located at the foothills of the Rincon Mountains between Saguaro National Park and the Coronado National Forest just east of Tucson, Arizona.

1 answer


One location of Tuscon storage is the CubeSmart Self Storage facility on Tanque Verde Road. Others include the U-Haul Moving and Storage facility on N. Palo Verde Avenue and the Extra Space Storage facility on E. 22nd Street.

1 answer


if P(A)>0 then P(B'|A)=1-P(B|A)

so P(A intersect B')=P(A)P(B'|A)=P(A)[1-P(B|A)]

=P(A)[1-P(B)]

=P(A)P(B')

the definition of independent events is if P(A intersect B')=P(A)P(B')

that is the proof

1 answer