A vector of magnitude 13 makes an angle ` 65.37^(@)` with the x-axis . What is its component along positive y-axis ?

A vector lying in x-y plane has a magnitude 3, and makes an angle 30^(@) with the x-axis. Find its components along the two axes.

A vector lying in x-y plane has a magnitude 3, and makes an angle 30^(@) with the x-axis. Find its components along the two axes.

A displacement vector of magnitude 4 makes an angle 30^(@) with the x-axis. Its rectangular components in x-y plane are

A displacment vector fo magnitude 4 makes an angle 30^(@) with the x-axis. Its rectangular components in x-y plane are

A displacment vector fo magnitude 4 makes an angle 30^(@) with the x-axis. Its rectangular components in x-y plane are

A vector of magnitude 14 lies in the xy-plane and makes an angle of 60^@ with x -axis . The components of the vector in the direction of x -axis and y-axis are

X- component of vec(a) is twice of its Y- component. If the magnitude of the vector is 5sqrt(2) and it makes an angle of 135^(@) with z-axis then the components of vector is:

X- component of vec(a) is twice of its Y- component. If the magnitude of the vector is 5sqrt(2) and it makes an angle of 135^(@) with z-axis then the components of vector is:

X- component of vec(a) is twice of its Y- component. If the magnitude of the vector is 5sqrt(2) and it makes an angle of 135^(@) with z-axis then the components of vector is: