Physics help problem-component force and finding X distance?

In summary, the conversation is about setting up diagrams for two questions and finding the values of By, Bx, and x. The first question involves finding the values of By and Bx by using the equations Bx = Ax and By + Ay = 850N + 882.63N. The second question involves finding the distance of x, but it is not clear which distance is being referred to. It is suggested to use the right end where B is located to set up equations for the sum of forces and moments in order to put the system into static equilibrium.
  • #1
physicsman1234
1
0

Homework Statement


have set up my diagram but I am unsure how to approach each problem.

For this first picture http://tinypic.com/r/25i9gkh/5

I just need to find By and Bx

for the second picture http://tinypic.com/r/25i9gkh/5

I need to find the distance of x.

Thanks to anyone who is willing to help.

Homework Equations



Not sure...

The Attempt at a Solution



Ax = Bx

By + Ay = 850N + 882.63N

B y (20m) = 850N(5m) + 882.63N(10m)

Here is my diagram of the first question http://tinypic.com/r/25i9gkh/5
----------------------------------------------------------------------------------------------
For the second question I know: 2B = 420 + 640 + 180

Here is the picture, I have to find X
http://tinypic.com/r/25i9gkh/5
 
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  • #2
All of your pictures are the same. (And they have the same URL) It is not clear what distance 'x' you are trying to find.

If you are trying to put this system into static equilibrium, then write an equation for the sum of the forces and an equation for the moments about a convenient point. For this case, I would suggest you use the right end where B is located.
 

FAQ: Physics help problem-component force and finding X distance?

What is a component force in physics?

A component force is a force that is part of a larger force vector. It is the force acting in a specific direction, rather than the overall force acting on an object. In physics, it is important to break down forces into their component parts in order to accurately calculate the net force acting on an object.

How do I find the component force in a given direction?

To find the component force in a given direction, you can use trigonometric functions such as sine, cosine, and tangent. These functions can help you break down a force vector into its x and y components, which can then be used to find the component force in a specific direction.

What is the formula for finding the distance (X) using component forces?

The formula for finding the distance (X) using component forces is X = Fx/Fc, where Fx is the component force in the direction of X and Fc is the total force acting on the object. This formula is based on the concept of resolving forces into their component parts.

How does the angle of a force affect its component forces?

The angle of a force has a significant impact on its component forces. If a force is acting at an angle, its component forces will be smaller than the overall force. The x component force will be equal to Fcosθ, where θ is the angle of the force, and the y component force will be equal to Fsinθ. This means that as the angle of the force increases, the component forces decrease.

Can you give an example of a physics problem involving component forces and finding X distance?

One example of a physics problem involving component forces and finding X distance is a ball rolling down a hill. The force of gravity acting on the ball can be broken down into its x and y components, which will then be used to calculate the distance the ball travels in the x direction. This calculation is essential in predicting how far the ball will roll down the hill and at what speed it will reach the bottom.

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