`lim_(x->pi/2) sinx/(co^-1[1/4(3sinx-sin3x)])` where `[]` denotes greatest integer function id:

lim_(x->pi/2) sinx/(cos^-1[1/4(3sinx-sin3x)]) where [] denotes greatest integer function id:

lim_(x rarr(pi)/(2))(sin x)/(co^(-1)[(1)/(4)(3sin x-sin3x)]) where [] denotes greatest integer function id:

lim _(x to (pi)/(2))(sin x )/(cos ^(-1)[(1)/(4 ) (3 sin x- sin 3x)]), (where [.] denotes greatest integer function) is :

lim_(x -> 0)[sin[x-3]/([x-3])] where [.] denotes greatest integer function is

lim_(xto0) [min(y^(2)-4y+11)(sinx)/(x)] (where [.] denotes the greatest integer function) is

lim_(xto0) [min(y^(2)-4y+11)(sinx)/(x)] (where [.] denotes the greatest integer function) is

Solve lim_(xto0)[(sinx)/x] (where [.] denotes greatest integer function)

lim_(x->0) ([(-5sinx)/x]+[(6sinx)/x] .(where [-] denotes greatest integer function) is equal to

lim_(xrarr pi//2)([x/2])/(log_e(sinx)) (where [.] denotes the greatest integer function)