" (iii) "5^(p-4)times2^(p-5)=5

Find p if 5^(p-4)2^(p-5)=5

Solve : ((3^(-2))^(2)times(5^(2))^(-3)times(p^(-3))^(2))/((3^(-2))^(5)times(5^(3))^(-2)times(p^(-4))^(3))

Find the value of n such that "(i) "^(n)P_(5) =42 xx ""^(n)P_(3), n gt 4 " (ii) "(""^(n)P_(4))/(" "^(n-1)P_(4))=(5)/(3), n gt 4.

Find the value of n such that "(i) "^(n)P_(5) =42 xx ""^(n)P_(3), n gt 4 " (ii) "(""^(n)P_(4))/(" "^(n-1)P_(4))=(5)/(3), n gt 4.

Write the following in the form of exponents: (i) 5^4 xx (-5)^2 (ii) 15 xx (-15)^(25) (iii) 12^5 / (-12)^3 (iv) (-p)^(14) / (-p)^7

Simplify : (2p^(-8) xx 8q^(-4))/(2p^(-11) xx 8q^(-5))

The equilibrium constant for the reaction? P_(4(s)) +5 O_(2(g)) rarr P_(4)O_(10(s)) (A) k_(p) =(1)/ (p_(o_(2))^(5)) (B) k_(p) = p_(o_(2))^(5) (C) k_(p) = (P_(P_(4)o_(10))) / (p_(p_(4)) p_(o_(2))^(5)) (D) k_(p) = (p_(p_(4)) * p_(o_(2))^(5)) / (P_(p_(4)o_(10))) ]

If P(A) = (4)/(5), P(B) = (2)/(5), P(A nn B) = (1)/(2) then P(A uu B) is equal to .

If P(A) = (4)/(5), P(B) = (2)/(5), P(A nn B) = (1)/(2) then P(A uu B) is equal to .

If P=[[1,4],[ 2, 3]] , then P^5-4P^4-7P^3+11 P^2 is equal to (A) P+10I (B) P+5I (C) 2P+15I (D) P=5I