If `f:[-5,\ 5]->R` is differentiable and if `f^(prime)(x)` doesnt vanish anywhere, then prove that `f(-5)!=f(5)` .

If f:[-5,5]vecR is differentiable function and if f^(prime)(x) does not vanish anywhere, then prove that f(-5)!=f(5)dot

If f:[-5,5]vecR is differentiable function and if f^(prime)(x) does not vanish anywhere, then prove that f(-5)!=f(5)dot

If f : [ 5, 5] R is a differentiable function and if f^(prime)(x) does not vanish anywhere, then prove that f( 5)f(5) .

If f:[-5,5]rarr R is differentiable and if f'(x) doesnt vanish anywhere,then prove that f(-5)!=f(5)

If f : [-5, 5] to R is a differentiable function and if f^(prime)(x) does not vanish anywhere, then prove that f(-5) ne f(5) .

If f[-5,5] to R , is a differentiable function and if f'(x) does not vanish anywhere, then prove that f(-5)!=f(5) .

If f: [-5, 5] rarr R is a differentiable function and if f'(x) does not vanish anywhere, then prove that f(-5) ne f(5)

If f:[-5,5] rarr R is a differentiable function and if f'(x) does not vanish anywhere, then prove that f(-5) ne f(5)

If f:[-5,5]toR is a differentiable function and if f'(x) does not vanish any where, then prove that f(-5)nef(5)

If f:[-5,5]rarr R is differentiable function and iff'(x) does not vanish anywhere,then prove that f(-5)!=f(5)