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A steradian is the solid angle subtended at the centre of a sphere by radius r by a portion of the surface of the sphere which has area r2.

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None. A radian is a measure of angular separation in 1-dimensional space, a steradian is a measure in 2-dimensional space. It makes no sense to try to convert from one to the other.

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None. A degree is a measure of angular separation in 1-dimensional space, a steradian is a measure in 2-dimensional space. It makes no sense to try to convert from one to the other.

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Yes, there is a relationship between radian and steradian as they both measure angles in three-dimensional space. One steradian is equivalent to a solid angle that subtends a surface area on a sphere that is equal to the square of the sphere's radius. This relationship allows for connections between angular measurements in two and three dimensions.

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None. A degree is a measure of angular separation in 1-dimensional space, a steradian is a measure in 2-dimensional space. It makes no sense to try to convert from one to the other.

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There is no direct ratio between radians and steradians since they measure different things. Radians measure angles in a two-dimensional plane, while steradians measure solid angles in three-dimensional space. However, both units are related by the formula: 1 steradian = (4π/1) square radians.

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The supplementary units are the radian and steradian units. This SI classification was made in 1995 but was later abandoned and the units were regrouped as derived units.

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Cannot be converted as the dimensions of the units do not match.
You can however convert candlepower to lumen/steradian.

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Candela is the current SI unit of luminous intensity, which is equal to 1/683 Watts per steradian with a frequency of 540 THz (lime colour as a specific fequency corresponds to a specific colour of light). A watt is 1 joule of energy per second, a steradian is the 3D equivalent of a radian.

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You do not convert. STERADIAN is a two dimensioal measurement RADIAN is a one dimensional measurement.

Just as you cannot convert area into degrees (of angular measurement)

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if alpha is the solid angle subtended by a cone and theta is the 2d projection angle of this solid angle...Then----(both alpha and theta are in radians then)

cos(theta) = 1 - (alpha/2*pi)

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The SI unit for measuring solid angles is a steradian : the stereo version of the 2-dimensional unit, the radian. The maximum value of a 3-d angle is 4*pi steradians which is approx equal to 41253 degrees.

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Length - metre - m

Mass - kilogram - kg

Temperature - kelvin - K

Time - second - s

Amount of substance - mole - mol

Electric current - ampere - A

Luminous intensity - candela - cd

Plane angles - radian - rad

Solid angle - steradian - sr

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According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 3 words with the pattern -T--A--A-. That is, nine letter words with 2nd letter T and 5th letter A and 8th letter A. In alphabetical order, they are:

ataraxias

steradian

stomachal

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1 lumen = 1 candela per steradian.

1 candela = 1/683 watts per steradians (assuming 540nm light wavelength).

Assuming that the light is collected from a single steradian:

1 Lumen = 1 Candela -> = 1/683 Watt -> Watt = 683 Lumens

1 Joule = 1 Watt per Second -> Watt = Joule/Second

Hence:

683 Lumen = 1 Joule/Second

Under the above assumptions1 Lumen = 1/683 Joule/Second

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Particle displacement is a measurement of distance of the movement of a particle in a medium as it transmits a wave. Distance is measured in meters.

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According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 6 words with the pattern S-ER--I--. That is, nine letter words with 1st letter S and 3rd letter E and 4th letter R and 7th letter I. In alphabetical order, they are:

sherifian

steradian

stereoing

sterilise

sterility

sterilize

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Supplementary units in the SI system are used to measure solid angles and angles. The supplementary unit for solid angles is the steradian (symbol: sr), which measures how much of the space a three-dimensional object occupies. The supplementary unit for angles is the radian (symbol: rad), which measures the angle subtended by an arc of a circle that is equal in length to the radius of the circle.

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The SI units of measure are any of the units adopted for international use under the " Système International d'Unités (SI)", now employed for all scientific and most technical purposes.

There are seven fundamental units: the metre, kilogram, second, ampere, Kelvin, candela, and mole; and two supplementary units: the radian and the steradian. All other units are derived by multiplication or division of these units without the use of numerical factors

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antipodean, Crimean, Judaean, Korean,Albion,Gambian, Zambian,lesbian,Arabian, Bessarabian, Fabian, gabion, Sabian, Swabian,amphibian, Libyan, Namibian,Sorbian,Danubian, Nubian,Colombian , Serbian , Nietzschean,Chadian, Trinidadian,Andean, Kandyan,guardian,Acadian, Akkadian, Arcadian, Barbadian, Canadian, circadian, Grenadian, Hadean, Orcadian, Palladian, radian, steradian,Archimedean, comedian, epicedian, median, tragedian,ascidian, Derridean, and Dravidian

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A candela is the power emitted by a source of light in a set direction with a correction to account for the different sensitivity of the human eye to different wavelengths of light.

One candela is defined as the luminous intensity of a light source emitting light in one direction at a frequency of 540 x 1012 hertz and has a radiant intensity in that direction of 1/683 watts per steradian.

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According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 17 words with the pattern -----D-AN. That is, nine letter words with 6th letter D and 8th letter A and 9th letter N. In alphabetical order, they are:

acaridean

acaridian

circadian

custodian

cystidean

desmidian

epicedian

euclidean

euclidian

floridean

groundman

jaspidean

prosodian

quotidian

rachidian

steradian

tragedian

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There is not an extensive amount of laser tag system brands; therefore, those that do exist are either extremely high quality or not worth your time at all. Some of the high quality names of laser tag systems include LaserMaxx, Zone Laser Tag, and Steradian Technologies. You can visit each of their websites to find out more information on their products and services.

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Lumen is a unit of luminous flux, while candlepower (or candelas) is a unit of luminous intensity. The conversion between lumen and candlepower depends on the directionality of the light source. For the radiant intensity of a uniform point source of light, 1 candela is equivalent to 1 lumen per steradian (lm/sr).

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candela

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

The official international definition of candela (1979) is:

"The candela is the luminous intensity, in a given direction, of a source that emits monochromatic radiation of frequency 540 x 10e12 hertz and that has a radiant intensity in that direction of 1/683 watt per steradian".

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a 100W incandescent lamp emits 120 candela.

lumen is the unit for luminous intensity per steradian ,an lamp emits in all direction

therefore a 16.25watt lamp contains 19.5 lumen

Answer

The lumen is the SI unit for luminous flux -which describes the output power of visible light expressed in photometric units. The ratio of a lamp's output luminous flux to its input power is termed 'efficacy', expressed in lumens per watt. The efficacy for incandescent lamp varies from 5-15 lumens per watt. So the output of a 16.25-W incandescent lamp will be between 80-245 W.

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A watt is a unit of power; candlepower is measured in candelas (sometimes called candles), and is a unit of luminous intensity. A candela is a lumen per steradian. A lumen is a unit of luminous flux, which is radiant power tempered by the response of the human eye. Thus, one watt of radiant power at the wavelength of peak response of the eye for bright light (about 555 nanometer) equals 683 lumen. That's green light; light of other colors will equal less.

A steradian is a unit of solid angle; there are 4*pi steradians in a sphere. So clearly, we cannot convert watts to candlepower, just as we can't convert pounds to inches. But we CAN convert if we make a few assumptions. Candlepower depends on the direction from the light source. For a given light source, reflectors and lenses will greatly affect the numbers. So let's assume an isotropic source (one that radiates equally in all directions). One candlepower would then equal 4*pi lumen. If the wavelength of the light is 555 nm, then 4*pi/683 (or about 0.0184 watt) would be the equivalent power. In the case of "white" light, that number would be about 0.14 or so (depending on the color temperature or "whiteness").

Please bear in mind that the power referred to above is the radiant power, not the power applied to the light source. In the case of incandescent lamps, much applied power is converted to heat and infrared radiation.

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There are 7 basic units which are dimensionally independent and two supplementary units. These are:

Metre (length)

Kilogram (mass)

Second (time)

Ampere (electric current)

Kelvin (thermodynamic temperature)

Mole (amount of substance)

Candela (luminous intensity)

The two supplementary units are the radian and steradian which are measures of angles in 2 and 3 dimensional space (respectively).

Additionally, there are many other units that can be derived from these and basically, if anyone wants to measure a physical or chemical characteristic, there is probably a metric unit for it.

Examples:

Pascal, Joule, Watt, Newton, Tesla, Henry, Coulomb, Volt, Farad, Siemens, Weber, Ohm, Lux, Lumen, Becquerel, Gray, Sievert, Hertz, Katal.

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The International System of Units (SI) is the modern form of the metric system and comprises seven base units: meter for length, kilogram for mass, second for time, ampere for electric current, kelvin for temperature, mole for amount of substance, and candela for luminous intensity. Other units are derived from these base units.

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Light intensity refers to the amount of light energy that falls on a given surface area in a specific direction. It is typically measured in lux or lumens and is a key factor in determining the brightness of a light source.

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Some examples of accidental discoveries in physics include the microwave background radiation (discovered by Penzias and Wilson), X-rays (discovered by Roentgen), and the radioactivity of uranium (discovered by Henri Becquerel). These discoveries were made while researchers were investigating other phenomena, leading to new breakthroughs in our understanding of the universe.

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No, radians and steradians are not basic units of the SI system. They are supplementary units used to measure angles and solid angles, but they are derived from the basic SI units such as meters, kilograms, and seconds. Radians are derived from the arc length of a circle, while steradians are derived from the surface area of a sphere.

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According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 83 words with the pattern ST-R-----. That is, nine letter words with 1st letter S and 2nd letter T and 4th letter R. In alphabetical order, they are:

staragens

starboard

starburst

starchers

starchier

starchily

starching

stardrift

stardusts

staretses

staretzes

starfruit

stargazed

stargazer

stargazes

staringly

starkened

starkness

starlight

starlings

starnoses

starostas

starriest

starrings

starshine

starships

starspots

starstone

startings

startlers

startling

startlish

starvings

starworts

steradian

stercoral

sterculia

stereoing

stereomes

sterigmas

sterilant

sterilely

sterilise

sterility

sterilize

sterlings

sternages

sternebra

sternfast

sternites

sternitic

sternmost

sternness

sternport

sternpost

sternsons

sternward

sternways

steroidal

stirabout

stirrable

stirrings

storables

storeroom

storeship

storewide

storiated

storiette

stormbird

stormiest

stormings

stormless

stormlike

stornelli

stornello

storybook

storyette

storyings

storyline

sturdiest

sturgeons

sturnuses

styrofoam

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The International System of Units (generally referred to as the "SI") is the system of units of measurement, based on the metric system adopted in France in 1791. The SI base units are:

  • Length: metre/meter (m)
  • Mass: kilogram (kg)
  • Time: second (s)
  • Electric current: ampere (A)
  • Temperature: kelvin (K)
  • Luminous intensity: candela (CD)
  • Amount of substance: mole (mol)

All other units are derived from those seven. They include:

  • Frequency: hertz (Hz)
  • Angle: radian (rad)
  • Force: newton (N)
  • Pressure: pascal (Pa)
  • Energy: joule (J)
  • Power: watt (W)
  • Electric potential: volt (V)
  • Electric charge: coulomb (C)
  • Capacitance: farad (F)
  • Inductance: Henry (H)
  • Resistance: ohm (Ω)
  • Magnetic flux: weber (Wb)
  • Magnetic field strength: tesla (T)
  • Electric conductance: siemens (S)
  • Solid angle: steradian (sr)
  • Temperature: Celsius (°C)
  • Luminous flux: lumen (lm)
  • Illuminance: lux (lx)
  • Radioactivity: becquerel (Bq)
  • Adsorbed dose of ionizing radiation: gray (Gy)
  • Equivalent dose of ionizing radiation: sievert (SV)
  • Catalytic activity: katal (kat)

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Luminous intensity is measured in Candelas.

If a light source emits one candela of luminous intensity uniformly across a solid angle of one steradian, its total luminous flux emitted into that angle is one lumen. Alternatively, an isotropic one-candela light source emits a total luminous flux of exactly 4π lumens. The lumen can be thought of casually as a measure of the total "amount" of visible light in some defined beam or angle, or emitted from some source. A standard North American 100 watt incandescent light bulb emits 1500-1700 lumens,[1] while a standard European 230 V model emits 1200-1400 lm.[2] A 100 watt high-pressure sodium vapor lamp emits around 15,000 lumens.[3] The number of lumens produced per watt of power consumed is the wall-plug luminous efficacy of the source.

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According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 102 words with the pattern S--R--I--. That is, nine letter words with 1st letter S and 4th letter R and 7th letter I. In alphabetical order, they are:

sacralise

sacralize

sacrarial

sacrarium

sacrifice

sacrifide

sacrified

sacrifies

safranine

safranins

sapremias

saprobial

saprolite

sarrasins

sarrazins

satrapies

scarfpins

scarfwise

scarified

scarifier

scarifies

scarpaing

scarphing

scorching

scoreline

scorified

scorifier

scorifies

scorodite

scurrying

searching

searobins

secrecies

secreting

secretins

secretion

secretive

serranids

serrating

serration

serrefile

sharifian

sharklike

sherifian

shorebird

shoreline

shoreside

shortlist

skirtlike

skurrying

slurrying

smirching

snirtling

sopranini

sopranino

sopranist

sorrowing

spareribs

sparklier

sparklies

sparkling

sparteine

spiraling

spiralism

spiralist

spirality

spiration

spirewise

spiriting

spiritism

spiritist

spirulina

sporicide

sporidial

sporidium

starchier

starchily

starching

stardrift

starshine

starships

startling

startlish

steradian

stereoing

sterilise

sterility

sterilize

storewide

stormbird

stormlike

storyline

subregion

sunrising

supremity

swarajism

swarajist

swarthier

swarthily

swordbill

swordfish

swordlike

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1000m 10n Prefix Symbol

10008 1024 yotta Y

10007 1021 zetta Z

10006 1018 exa E

10005 1015 peta P

10004 1012 tera T

10003 109 giga G

10002 106 mega M

10001 103 kilo k

10002⁄3 102 hecto h

10001⁄3 101 deca da

10000 100 (none) (none)

1000−1⁄3 10−1 deci d

1000−2⁄3 10−2 centi c

1000−1 10−3 milli m

1000−2 10−6 micro µ

1000−3 10−9 nano n

1000−4 10−12 pico p

1000−5 10−15 femto f

1000−6 10−18 atto a

1000−7 10−21 zepto z

1000−8 10−24 yocto y

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Radiance is the radiative flux emitted, reflected, transmitted, or received by a surface per unit solid angle. Reflectance is the ratio of the reflected radiance to the incident radiance on a surface. In essence, radiance measures the radiant power, while reflectance measures the efficiency of reflection.

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SI stands for theInternational System of Units. They are called "SI" units because in French, International System of Units is written Système International d'Unités.

SI Base Units

  • Length: meter (metre, m)
  • Mass: kilogram (kg)
  • Time: second (s)
  • Electric current: ampere (A)
  • Thermodynamic temperature: Kelvin (K)
  • Amount of substance: mole (mol)
  • Luminous intensity: candela (CD)

Some Derived SI Units :-The name of the unit and its symbol(s) is listed for each.

  • Area: square meter (m2)
  • Volume: cubic meter (m3) and liter (litre, L) (1 m3 = 1000 L)
  • Frequency: Hertz (Hz, s-1)
  • Density: kilogram per cubic meter (kg/m3) or gram per mL (g/mL) (1000 kg/m3 = 1 g/mL)
  • Velocity or Speed: meter per second (m/s)
  • Angular Velocity: radian per second (rad/s)
  • Angular Displacement: radian (rad)
  • Acceleration: meter per second per second (m/s2)
  • Force: newton (N, kg .m/s2)
  • Torque:newton meter (Nm)
  • Pressure: pascal (P, N/m2)
  • Work, Energy, Heat: joule (J, N . m)
  • Power: watt (W, J/s)
  • Electric Charge: coulomb (C, A . s)
  • Potential difference: volt (V, W/A, J/C)
  • Electric Field: volt per meter or newton per coulomb (V/m, N/C)
  • Electric Resistance: ohm (Greek letter Omega, V/A)
  • Electrical conductivity: siemen (S, 1/R)
  • Capacitance: farad (F, A .s/V)
  • Magnetic Flux: weber (Wb, V .s)
  • Inductance: Henry (H, W .s/A)
  • Magnetic Flux Density: tesla (T, Wb/m2)
  • Magnetic Field Strength: ampere per meter (A/m)
  • Entropy: joule per kelvin (J/K)
  • Specific Heat: joule per kilogram kelvin (J/(kg . K))
  • Thermal Conductivity: watt per meter kelvin (W/(m . K))
  • Radiant Intensity: watt per steradian (W/sr)

*Use the related Links below this answer to get more information about SI units, including prefixes and other related units.

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According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 177 words with the pattern ---RA-I--. That is, nine letter words with 4th letter R and 5th letter A and 7th letter I. In alphabetical order, they are:

adoration

affraying

aggracing

aggrading

aggrating

amoralism

amoralist

amorality

andradite

ashramite

ataraxias

ataraxics

ataraxies

averaging

barraging

bedraping

betraying

bewraying

characids

characins

cheralite

chirality

choralist

corrading

corrasion

corrasive

cybrarian

defraying

degrading

depraving

depravity

disrating

embracing

embracive

embraving

encraties

enframing

engracing

engraving

epurating

epuration

estradiol

estraying

evirating

exaration

exoration

extradite

extrality

fogramite

fogramity

forraying

gheraoing

gouramies

guaranies

hieracium

hieratica

hoorahing

hooraying

hurrahing

hurraying

hydracids

hydrating

hydration

hydrazide

hydrazine

intracity

iterating

iteration

iterative

latration

librarian

libraries

librating

libration

lucrative

migrating

migration

misrating

narrating

narration

narrative

neuration

nitramine

nitratine

nitrating

nitration

nonracial

operatics

operating

operation

operatise

operative

operatize

ostracise

ostracism

ostracize

outracing

outraging

outrating

outraving

overawing

perradial

perradius

petraries

pluralise

pluralism

pluralist

plurality

pluralize

prorating

proration

rebracing

recrating

redrawing

reframing

regrading

regrating

retracing

retrating

sacralise

sacralize

sacrarial

sacrarium

safranine

safranins

sarrasins

sarrazins

satrapies

serranids

serrating

serration

sopranini

sopranino

sopranist

spiraling

spiralism

spiralist

spirality

spiration

steradian

swarajism

swarajist

terracing

terrapins

terrarium

tetracids

tetradite

theralite

therapies

therapist

titrating

titration

triradial

ultrafine

ultrahigh

ultrarich

ultratiny

ultrawide

umbraging

umbratile

unbracing

unbraking

uncrating

undraping

undrawing

unpraying

untracing

upbraying

updrawing

upgrading

vibratile

vibrating

vibration

vibrative

warraning

warraying

zebrafish

1 answer


metre (m) for length kilogram (kg) for mass second (s) for time ampere (A) for electric current Kelvin (K) for thermodynamic temperature mole (mol) for amount of substance candela (cd) for luminous intensity

7 answers


SI stands for theInternational System of Units. They are called "SI" units because in French, International System of Units is written Système International d'Unités.

SI Base Units

  • Length: meter (metre, m)
  • Mass: kilogram (kg)
  • Time: second (s)
  • Electric current: ampere (A)
  • Thermodynamic temperature: Kelvin (K)
  • Amount of substance: mole (mol)
  • Luminous intensity: candela (CD)

Some Derived SI Units :-The name of the unit and its symbol(s) is listed for each.

  • Area: square meter (m2)
  • Volume: cubic meter (m3) and liter (litre, L) (1 m3 = 1000 L)
  • Frequency: Hertz (Hz, s-1)
  • Density: kilogram per cubic meter (kg/m3) or gram per mL (g/mL) (1000 kg/m3 = 1 g/mL)
  • Velocity or Speed: meter per second (m/s)
  • Angular Velocity: radian per second (rad/s)
  • Angular Displacement: radian (rad)
  • Acceleration: meter per second per second (m/s2)
  • Force: newton (N, kg .m/s2)
  • Torque:newton meter (Nm)
  • Pressure: pascal (P, N/m2)
  • Work, Energy, Heat: joule (J, N . m)
  • Power: watt (W, J/s)
  • Electric Charge: coulomb (C, A . s)
  • Potential difference: volt (V, W/A, J/C)
  • Electric Field: volt per meter or newton per coulomb (V/m, N/C)
  • Electric Resistance: ohm (Greek letter Omega, V/A)
  • Electrical conductivity: siemen (S, 1/R)
  • Capacitance: farad (F, A .s/V)
  • Magnetic Flux: weber (Wb, V .s)
  • Inductance: Henry (H, W .s/A)
  • Magnetic Flux Density: tesla (T, Wb/m2)
  • Magnetic Field Strength: ampere per meter (A/m)
  • Entropy: joule per kelvin (J/K)
  • Specific Heat: joule per kilogram kelvin (J/(kg . K))
  • Thermal Conductivity: watt per meter kelvin (W/(m . K))
  • Radiant Intensity: watt per steradian (W/sr)

*Use the related Links below this answer to get more information about SI units, including prefixes and other related units.

1 answer


Radiation is emitted from something and travels from its point of origin to somewhere else.

When radiation hits something else (and is therefore stopped) the thing that has been hit is said to have been irradiated.

Thus a sunbather is undergoing irradiation by radiation emitted by the sun.

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The sum of these little guys, photons covering all frequencies and covering all the earth (without being reflected or scattered off) is a really, really, really big number. Even over a short period of time. (And the answer would have to be averaged for a number of reasons.) Something like 2 x 10really big number per day would be close.

9 answers


Reference from encyclopedia.com:

Olympian:

antipodean, Crimean, Judaean, Korean •Albion •Gambian, Zambian •lesbian •Arabian, Bessarabian, Fabian, gabion, Sabian, Swabian •amphibian, Libyan, Namibian •Sorbian •Danubian, Nubian •Colombian • Serbian • Nietzschean •Chadian, Trinidadian •Andean, Kandyan •guardian •Acadian, Akkadian, Arcadian, Barbadian, Canadian, circadian, Grenadian, Hadean, Orcadian, Palladian, radian, steradian •Archimedean, comedian, epicedian, median, tragedian •ascidian, Derridean, Dravidian, enchiridion, Euclidean, Floridian, Gideon, Lydian, meridian, Numidian, obsidian, Pisidian, quotidian, viridian •Amerindian, Indian •accordion, Edwardian •Cambodian, collodion, custodian, melodeon, nickelodeon, Odeon •Freudian • Bermudian • Burundian •Burgundian •Falstaffian, Halafian •Christadelphian, Delphian, Philadelphian •nymphean • ruffian • Brobdingnagian •Carolingian • Swedenborgian •logion, Muskogean •Jungian •magian, Pelagian •collegian •callipygian, Cantabrigian, Phrygian, Stygian •Merovingian • philologian • Fujian •Czechoslovakian • Pickwickian •Algonquian • Chomskian •Kentuckian •battalion, galleon, medallion, rapscallion, scallion •Anglian, ganglion •Heraklion •Dalian, Malian, Somalian •Chellean, Machiavellian, Orwellian, Sabellian, Trevelyan, triskelion •Wesleyan •alien, Australian, bacchanalian, Castalian, Deucalion, episcopalian, Hegelian, madrigalian, mammalian, Pygmalion, Salian, saturnalian, sesquipedalian, tatterdemalion, Thessalian, Westphalian •anthelion, Aristotelian, Aurelian, carnelian, chameleon, Karelian, Mendelian, Mephistophelian, Pelion, Sahelian •Abbevillian, Azilian, Brazilian, caecilian, Castilian, Chilean, Churchillian, civilian, cotillion, crocodilian, epyllion, Gillian, Lilian, Maximilian, Pamphylian, pavilion, postilion, Quintilian, reptilian, Sicilian, Tamilian, vaudevillian, vermilion, Virgilian •Aeolian, Anatolian, Eolian, Jolyon, Mongolian, napoleon, simoleon •Acheulian, Boolean, cerulean, Friulian, Julian, Julien •bullion •mullion, scullion, Tertullian •Liverpudlian •Bahamian, Bamian, Damian, Mesopotamian, Samian •anthemion, Bohemian •Endymion, prosimian, Simeon, simian •isthmian • antinomian •Permian, vermian •Oceanian •Albanian, Azanian, Iranian, Jordanian, Lithuanian, Mauritanian, Mediterranean, Panamanian, Pennsylvanian, Pomeranian, Romanian, Ruritanian, Sassanian, subterranean, Tasmanian, Transylvanian, Tripolitanian, Turanian, Ukrainian, Vulcanian •Armenian, Athenian, Fenian, Magdalenian, Mycenaean (US Mycenean), Slovenian, Tyrrhenian •Argentinian, Arminian, Augustinian, Carthaginian, Darwinian, dominion, Guinean, Justinian, Ninian, Palestinian, Sardinian, Virginian •epilimnion, hypolimnion •Bosnian •Bornean, Californian, Capricornian •Aberdonian, Amazonian, Apollonian, Babylonian, Baconian, Bostonian, Caledonian, Catalonian, Chalcedonian, Ciceronian, Devonian, draconian, Estonian, Etonian, gorgonian, Ionian, Johnsonian, Laconian, Macedonian, Miltonian, Newtonian, Oregonian, Oxonian, Patagonian, Plutonian, Tennysonian, Tobagonian, Washingtonian •Cameroonian, communion, Mancunian, Neptunian, Réunion, union •Hibernian, Saturnian •Campion, champion, Grampian, rampion, tampion •thespian • Mississippian • Olympian •Crispian •Scorpian, scorpion •cornucopian, dystopian, Ethiopian, Salopian, subtopian, Utopian •Guadeloupian •Carian, carrion, clarion, Marian •Calabrian, Cantabrian •Cambrian • Bactrian •Lancastrian, Zoroastrian •Alexandrian • Maharashtrian •equestrian, pedestrian •agrarian, antiquarian, apiarian, Aquarian, Arian, Aryan, authoritarian, barbarian, Bavarian, Bulgarian, Caesarean (USCesarean), centenarian, communitarian, contrarian, Darien, disciplinarian, egalitarian, equalitarian, establishmentarian, fruitarian, Gibraltarian, grammarian, Hanoverian, humanitarian, Hungarian, latitudinarian, libertarian, librarian, majoritarian, millenarian, necessarian, necessitarian, nonagenarian, octogenarian, ovarian, Parian, parliamentarian, planarian, predestinarian, prelapsarian, proletarian, quadragenarian, quinquagenarian, quodlibetarian, Rastafarian, riparian, rosarian, Rotarian, sabbatarian, Sagittarian, sanitarian, Sauveterrian, sectarian, seminarian, septuagenarian, sexagenarian, topiarian, totalitarian, Trinitarian, ubiquitarian, Unitarian, utilitarian, valetudinarian, vegetarian, veterinarian, vulgarian •Adrian, Hadrian •Assyrian, Illyrian, Syrian, Tyrian •morion • Austrian •Dorian, Ecuadorean, historian, Hyperborean, Nestorian, oratorian, praetorian (US pretorian), salutatorian, Salvadorean, Singaporean, stentorian, Taurean, valedictorian, Victorian •Ugrian • Zarathustrian •Cumbrian, Northumbrian, Umbrian •Algerian, Cancerian, Chaucerian, Cimmerian, criterion, Hesperian, Hitlerian, Hyperion, Iberian, Liberian, Nigerian, Presbyterian, Shakespearean, Siberian, Spenserian, Sumerian, valerian, Wagnerian, Zairean •Arthurian, Ben-Gurion, centurion, durian, holothurian, Khachaturian, Ligurian, Missourian, Silurian, tellurian •Circassian, Parnassian •halcyon • Capsian • Hessian •Albigensian, Waldensian •Dacian • Keatsian •Cilician, Galician, Lycian, Mysian, Odyssean •Leibnizian • Piscean • Ossian •Gaussian • Joycean • Andalusian •Mercian • Appalachian • Decian •Ordovician, Priscian •Lucian •himation, Montserratian •Atlantean, Dantean, Kantian •bastion, Erastian, Sebastian •Mozartian • Brechtian • Thyestean •Fortean • Faustian • protean •Djiboutian •fustian, Procrustean •Gilbertian, Goethean, nemertean •pantheon •Hogarthian, Parthian •Lethean, Promethean •Pythian • Corinthian • Scythian •Lothian, Midlothian •Latvian • Yugoslavian •avian, Batavian, Flavian, Moldavian, Moravian, Octavian, Scandinavian, Shavian •Bolivian, Maldivian, oblivion, Vivian •Chekhovian, Harrovian, Jovian, Pavlovian •alluvion, antediluvian, diluvian, Peruvian •Servian • Malawian • Zimbabwean •Abkhazian • Dickensian •Caucasian, Malaysian, Rabelaisian •Keynesian •Belizean, Cartesian, Indonesian, Milesian, Salesian, Silesian •Elysian, Frisian, Parisian, Tunisian •Holmesian •Carthusian, Malthusian, Venusian

2 answers


Absorption occurs when light is absorbed by a material, leading to an increase in the internal energy of the material. Transmission happens when light passes through a material without being absorbed. Scattering involves the redirection of light in various directions by particles or molecular structures within a medium.

2 answers


librarian

magician

musician

christian

politician

electrician

mathematician

Hungarian

amphibian

Egyptian

disestablishmentarian

antidisestablishmentarianism

9 answers