P= S + S + S + S

P= # + # + # + #

P= answer

M-I-S-S-I-S-S-I-P-P-I was created in 1916.

s = p^2 - 5

*also, p = sqrt (s+5)

Among s-s,s-p,p-p

sigma P-P is strong enough because of greater overlapping.The bond strengths for sigma S-S is 1.0 ,for sigma S-P is 1.71 and for sigma P-P is 3.0. so sigma

P-P is stronger it means that it is more stable. But many books they have given that s-s overlapping is more than p-p overlapping .This is not true because due spherical shape of the s orbital the charge is symmetrically distributed and also small size there will not effective overlapping of orbitals as P-P overlapping .So P-P bond is stronger than S-S bond.

P in the S S = Planets in the Solar System.

All s is p ---->Let this be premise 1 conversion of this premise is: Some p is s.

derivation of this premise is: some s is p.

All p is k ------>Let this be premise 2

conversion of this premise is: Some k is p.

derivation of this premise is: some p is k.

Conclusion of premise 1 and premise 2:

All s is p

All p is k

Conclusion: All s is k

5 examples:

i) some k is o

some o is t

valid conclusions: I) some k is t

II) some t is k

III)some o is k

IV)some t is o

ii) No s is p

No p is k

Valid conclusions: I) No p is s

II)No k is p

III)some s is not p

IV)some p is not k

V)some p is not s

VI)some k is not p

iii)All s is p

All p is k

Valid conclusions: I)All s is k

II)some s is p

III)some p is k

IV)some s is k

V)some p is s

VI)some k is p

VII)some k is s

vi)some s is not p

some p is not k

Valid conclusions: I) No valid conclusion

vi)All s is p

some p is k

valid conclusions: I)some s is k

II)some s is p

III)some k is p

VI)some k is s

V)some p is s

P=s r t , so, s= P/(st)

S. P. P Mminele has written:

'Ngwana wa Mobu'

If p = 2s + 5, then s = (p-5)/2

or 1/2 (p-5)

---

p = 2s +5

p-5 = 2s

(p-5)/2 = s

g p s c 2011 or g p s c 2012?

B

If the question refers to "Mississippi", there is a short song that explains this : (two double S and a double P) M I S

S I S

S I P P I

That used to be so hard to spell

It used to make me cry

But since I've studied spelling

It's just like pumpkin pie:

M I S

S I S

S I P P I.

s= spherical p= dumbbell

17 S in a H P

In a letter, "P. S." means "Post Script."

S. P. Hosimin was born in 1976.

P. S. Harrison was born in 1880.

P.'s Correspondence was created in 1845.

S. P. Meek was born in 1894.

S. P. Meek died in 1972.

P. S. Narayanaswamy was born in 1934.

S. P. Jayaraman died in 2009.

S. P. Pillai was born in 1913.

P. S. Raman was born in 1960.

S. P. Sailaja was born in 1953.

S. P. Parasuram was created in 1994.

bmsk

P

S

S

P is pumpkin

S is snowblock

Mississippi is spelled as M-I-S-S-I-S-S-I-P-P-I.

The spelling of Mississippi is M-I-S-S-I-S-S-I-P-P-I.

char *strdup (const char *s)

{

size_t len;

char *p;

if ( !s )

return NULL;

len = strlen (s);

p = malloc (len+1);

if (p && len)

{

memcpy (p, s, len);

p[len] = '\0';

}

return p;

}

E-S-P- - 1958 Tales of E-S-P- 1-5 was released on:

USA: 8 August 1958

p and q

P. S. Welch has written:

'Limnology'

S. P. Nikitin has written:

'Kon\\'

P. S. Jha has written:

'India'

S P. Russell has written:

'Fruit'

P. S. Bright has written:

'India'

P. S. Veerappa died in 1998-09.

The outermost s sublevel of the representative elements is filled first, followed by the p sublevel. This results in the outermost electron configuration being in the s and p sublevels.

E-S-P- - 1958 Tales of E-S-P- 1-4 was released on:

USA: 1 August 1958

E-S-P- - 1958 Tales of E-S-P- 1-6 was released on:

USA: 15 August 1958

the s means standard and the p is poor. the s and p 500 was to see who had a standard amount of something, the poor people could not use this.

19999555

What calloc does is:

void *calloc (size_t s1, size_t s2)

{

size_t s= s1*s2;

void *p= malloc (s);

if (p && s) memset (p, 0, s);

return p;

}

M-i-s-s-i-s-s-i-p-p-i (without the hyphens of course). Be sure to always capitalize the "m".

P. S. Josh has written:

'Josh PS' -- subject(s): Exhibitions

P. S. Lavarack has written:

'Dendrobium and its relatives' -- subject(s): Dendrobium