The differential coefficient of `f(log_e x) w.r.t. x,` where `f(x) = log_e x,` is (i) `x/lnx` (ii) `lnx/x` (iii) `1/(xlnx)` (iv) `xlnx`

The differential coefficient of f(log x) w.r.t. x when f(x) = log x

The differential coefficient of f((log)_e x) with respect to x , where f(x)=(log)_e x , is (a) x/((log)_e x) (b) 1/x(log)_e x (c) 1/(x(log)_e x) (d) none of these

The differential coefficient of f((log)_e x) with respect to x , where f(x)=(log)_e x , is (a) x/((log)_e x) (b) 1/x(log)_e x (c) 1/(x(log)_e x) (d) none of these

The differential coefficient of f((log)_e x) with respect to x , where f(x)=(log)_e x , is (a)x/((log)_e x) (b) 1/x(log)_e x (c)1/(x(log)_e x) (d) none of these

The differential coefficient of f((log)_e x) with respect to x , where f(x)=(log)_e x , is (a) x/((log)_e x) (b) 1/x(log)_e x (c) 1/(x(log)_e x) (d) none of these

What is the derivative of f'(lnx) w.r.t. x where f(x) = ln x .

The derivative of function f(x) = log_e(2x) w.r.t. t is

The derivative of function f(x) = log_e(2x) w.r.t. t is