Sove `[cot^(-1) x] + [cos^(-1) x] =0`, where `[.]` denotes the greatest integer function

Solve [cot^(-1) x] + [cos^(-1) x] =0 , where [.] denotes the greatest integer function

Equation [cot^(-1) x] + 2 [tan^(-1) x] = 0 , where [.] denotes the greatest integer function, is satisfied by

Equation [cot^(-1) x] + 2 [tan^(-1) x] = 0 , where [.] denotes the greatest integer function, is satisfied by

Solve If [cos^(-1)x]+[cot^(-1)x]=0, where [.] denotes the greatest integer function, then the complete set of values of x is.

Complete solution set of [cot^(-1)x]+2[tan^(-1)x]=0 , where [.] denotes the greatest integer function, is equal to

If [cot^(-1)x]+[cos^(-1)x]=0 , where [] denotes the greatest integer functions, then the complete set of values of x is (cos1,1) (b) cos1,cos1) (cot1,1) (d) none of these

If [cot^(-1)x]+[cos^(-1)x]=0 , where [] denotes the greatest integer functions, then the complete set of values of x is (cos1,1) (b) cos1,cos1) (cot1,1) (d) none of these

If [cot^(-1)x]+[cos^(-1)x]=0 , where [] denotes the greatest integer functions, then the complete set of values of x is (a) (cos1,1) (b) cos1,cos1) (c) (cot1,1] (d) none of these

If [cot^(-1)x]+[cos^(-1)x]=0 , where [] denotes the greatest integer functions, then the complete set of values of x is (cos1,1) (b) cos1,cos1) (cot1,1) (d) none of these

If [cot^(-1)x]+[cos^(-1)x]=0 , where [] denotes the greatest integer functions, then the complete set of values of x is (a) (cos1,1) (b) cos1,cos1) (cot1,1) (d) none of these