Mass of a suspended ball and a force

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To calculate the mass of the suspended ball, the horizontal force (F = 9.5 N) and the angle (theta = 10°) are essential. A free body diagram indicates three forces acting on the ball: gravitational force (Fg), the applied force (F), and the tension in the string (Ft). The mass can be determined using the relationship between these forces, particularly focusing on the vertical and horizontal components. Once the mass is calculated, the tension in the string can also be derived from the equilibrium of forces. Assistance is requested for further clarification on the calculations involved.
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Homework Statement


In the diagram above, the horizontal force, F, holds the ball steady. The value of the force is F = 9.5 N, and theta = 10°.


Calculate the mass of the ball.


What is the tension in the string?


Homework Equations


?


The Attempt at a Solution


I drew a free body diagram. The ball had 3 forces acting on it. Fg, F and Ft.
how do I find the mass? Then I'll be fine to find the tension.
 
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There's no diagram in your post.
 
howie8594 said:
There's no diagram in your post.

http://gauss.vaniercollege.qc.ca/webwork2_course_files/NYAzhang/tmp/gif/1262751-1315-setDynamics_no_friction-prob14--prob56a.gif

Sorry
 
Could someone help me please?
 

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