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

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

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

If the vector OP in XY plane whose magnituce is sqrt(3) makes an angle 60^(@) with Y -axis,the length of the component of the vector in direction of X-axis is

A force of 8 N makes an angle 30^@ with X-axis ,find the x and y-components of the force ,

Let AB be a vector in two dimensional plane with the magnitude 4 units and making an angle of 30^(@) with X-axis and lying in the first quadrant. Find the components of AB along the two axes off coordinates. Hence, represent AB in terms of unit vectors hati and hatj .

Let AB be a vector in two dimensional plane with the magnitude 4 units and making an angle of 30^(@) with X-axis and lying in the first quadrant. Find the components of AB along the two axes off coordinates. Hence, represent AB in terms of unit vectors hati and hatj .

Let AB be a vector in two dimensional plane with the magnitude 4 units and making an angle of 30^(@) with X-axis and lying in the first quadrant. Find the components of AB along the two axes off coordinates. Hence, represent AB in terms of unit vectors hati and hatj .