The equation `x^3/4((log)_2x)^(2+(log)_2x-5/4)=sqrt(2)` has (1989, 2M) at least one real solution exactly three real solutions exactly one irrational solution complex roots

The equation x^(3/4(log_(2)x)^(2)+log_(2)x-5/4)=sqrt(2) has

The equation x((3)/(4))(log_(2)x)^(2)+(log_(2)x)-((5)/(4))=sqrt(2)has(1)at least one real solution (2) exactly three solutions (3) exactly one irrational solution (4) complex roots

The equation x^((3)/4 (log_2x)^2+log_2 x -(5)/(4))=sqrt(2) has :

The equation x^((3//4) (log_(2)x)^(2) + log_(2)x - (5//4)) = sqrt(2) has:

The equation (log)_(x+1)(x- .5)=(log)_(x-0. 5)(x+1) has (A) two real solutions (B) no prime solution (C) one integral solution (D) no irrational solution

The equation ((log)_8(8/(x^2)))/(((log)_8x^2))=3 has- a. no integral solution b. one natural c. two real solution d. one irrational solution

The equation log_(x^(2))16+log_(2x)64=3 has (a) one irrational solution (b) no prime solution two real solutions (d) no integral solution

For the equation x^((3)/(4)(log 2 x)^(2)+log 2(x)-(5)/(4))=sqrt(2) which one of the following is not true?