In a `Delta ABC ,angle C=90^(@)and tan A=(1)/(sqrt(3)).` find the values of :
`(i) (sin A*cos B+ cos A*sin B ) " " (ii) (cos A*cos B-sin A*sin B)`

In a Delta ABC right angled at C, if tan A=(1)/(sqrt(3)), find the value of sin A cos B+cos A sin B

In Delta ABC right angled at B if tan A = (1 ) /(sqrt 3 ) then find the value of : (i) sin A cos C + cos A sinC (ii) Cos A cos C - sin A sinC

In triangle ABC, right-angled at B. if tanA=1/(sqrt(3)) find the value of: (i) sin A cos C+cos A sin C (ii) cos A cos C sin A sin C

In Delta ABC , right angled at B . If tan A= (1)/(sqrt3) , find the value of sin A. cos C+ cos A sin C .

In a Delta ABC right angled at B, if tan A = (1)/( sqrt(3)) , find the value of cos A cos C - sin A sin C

In a right angle triangle ABC, right angle is at B ,If tan A=1/sqrt(3) , then find the value of (i) sin A cos C+ cos A sin C " "(ii) cos A cos C -sin A sin C

In triangle ABC, right-angled at B. if tanA=1/(sqrt(3)) find the value of: (i) sin A cos C+cos A sin C(i i) cos A cos C sin A sin C

In ABC, right angled at B, if tan A=(1)/(sqrt(3)) find the value of sin A cos C+cos A sin C(ii)cos A cos C-sin A sin C

In a right angle triangle ABC, right angle is at B ,If tan A=sqrt(3) , then find the value of (i) sin A cos C+ cos A sin C " "(ii) cos A cos C -sin A sin C

In a right angle triangle ABC, right angle is at B ,If tan A=sqrt(3) , then find the value of (i) sin A cos C+ cos A sin C " "(ii) cos A cos C -sin A sin C