calculate the component of a force of 200n at a direction of 60 to the force.

Calculate the component of a force of 200 N at a direction of 60 degree to the force

Ay= Asin Teta_verticular And Ax= Acos Teta=resaltant

a force of 200n is inclined at 50 to the horizontal direction find its in the horizontal and vertical direction?

two forces one of 12n and another of 2n act on a body in such a way that they make an angle of 90 with each other.find the resultant of the two forces.

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calculate

To calculate the component of a force at a given direction, you can use trigonometry. Specifically, you will use the cosine function.

The formula to calculate the component of a force is:

Component = Force × cos(θ)

Where:
- Component is the magnitude of the force in the given direction.
- Force is the magnitude of the original force.
- θ is the angle between the original force and the desired direction.

In this case, the force is 200 N (given), and the angle between the force and the desired direction is 60 degrees (given).

Plugging the values into the formula:

Component = 200 N × cos(60°)

Now, let's calculate:

Component = 200 N × cos(60°)

Using a scientific calculator or trigonometric table, we find that cos(60°) is equal to 0.5.

Substituting this value into the equation:

Component = 200 N × 0.5

Simplifying the equation:

Component = 100 N

Therefore, the component of the force of 200 N at a direction of 60° to the force is 100 N.