[" The real roots of the equation "],[7^(log_(7)(n^(2)-4n+5))=1-1" are "]

The real roots of the equation : 7 log_(7) (x^(2) - 4x + 5) = x - 1 are :

The real roots of the equation 5^("log"5(x^(2) - 4x + 5)) = x - 1 are :

The number of roots of the equation 7.x^(log_(5)2)+2^(log_(5)x)=64

The probability that the roots of the equation x^(2)+nx+(1)/(2)+(n)/(2)=0 are real where n in N such that n le 5 , is

The probability that the roots of the equation x^(2)+nx+(1)/(2) +(n)/(2) = 0 are real, where n in N such that n le5 , is

The probability that the roots of the equation x^(2)+nx+(1)/(2)+(n)/(2)=0 are real where n in N such that n le 5 , is

The probability that the roots of the equation x^(2)+nx +(n+1)/2 are real where n in N (N set of natural numbers ) and n le 5 is :