The values of x satisfying `x^("log"_(5)) gt5` lie in the interval

The number of values of x satisfying 1 +"log"_(5) (x^(2) + 1) ge "log"_(5) (x^(2) + 4x +1) , is

The number of values of x satisfying 1 +"log"_(5) (x^(2) + 1) ge "log"_(5) (x^(2) + 4x +1) , is

The number of values of x satisfying 2^(log_5 16. log_4 x +x log_2 5) + 5^x + x^((log_5 4)+5) + x^5 = 0

The number of values of x satisfying 2^(log_5 16. log_4 x + log_(root(x)(2))5) + 5^x + x^((log_5 4)+5) + x^5 = 0

The value of x satisfying x+log_10(1+2^x)=x log_10 5+log_10 6 is

Given x gt 0, then value of f(x)=-3cossqrt(3+x+x^(2)) lie in the interval ….. .

Given x gt 0, then value of f(x)=-3cossqrt(3+x+x^(2)) lie in the interval ….. .