3. An object m is tied to one end of a string, moves in a circle...

Transcribed Image Text:

3. An object m is tied to one end of a string, moves in a circle with a constant speed on a horizontal frictionless table. The second end of the string is connected to a big mass M and goes through a small hole in the table and its height above the ground does not change. Use only M, m, r. g along with fundamental constants in your solution. a. Draw an FBD for both masses. (5 pts) b. Write the 2nd law statements for mass M. (2 pts) c. Write an expression for the tension in the string. (1 pt) d. Write the 2nd law proofs for the x and y planes for mass m. (3 pts) e. What is the acceleration of mass m? (3 pt) 3. An object m is tied to one end of a string, moves in a circle with a constant speed on a horizontal frictionless table. The second end of the string is connected to a big mass M and goes through a small hole in the table and its height above the ground does not change. Use only M, m, r. g along with fundamental constants in your solution. a. Draw an FBD for both masses. (5 pts) b. Write the 2nd law statements for mass M. (2 pts) c. Write an expression for the tension in the string. (1 pt) d. Write the 2nd law proofs for the x and y planes for mass m. (3 pts) e. What is the acceleration of mass m? (3 pt)

Answer rating: 100% (QA)

Based on the provided image it looks like you have a problem that involves two masses M a larger mass and m a smaller mass connected by a string The s... View the full answer