A vector can be resolved into two component parts such that the vector addition of the component parts is equal to the original vector. The two components usually taken are a horizontal component and a vertical component.
For the vector shown as F in the Figure, the horizontal component of F is Fcosθ and the vertical component is Fsinθ.
For the vector shown as F in the Figure, the horizontal component of F is Fcosθ and the vertical component is Fsinθ.
the horizontal component of F is Fcosθ and the vertical component is Fsinθ. |
Example 1:
Resolve the force vector of 30 Newton at an angle of 35 Degree to the horizontal into a horizontal and a vertical componentSolution
Resolving force vector of 30 Newton at an angle of 35 Degree to the horizontal into a horizontal and a vertical component |
Example 2:
Resolve the acceleration vector of 17 m/s2 at an angle of 120◦ to the horizontal into a horizontal and a vertical componentSolution
Horizontal component ,
acting from left to right.
Vertical component ,
acting vertically upwards.
These component vectors are shown in the Figure:
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