Question

A board of mass M = 3.9 kg serves as a seesaw for two children, as shown in following figure. Child A has a mass of 30.1 kg and sits 2.5 m from the pivot point, P (his center of gravity is 2.5 m from the pivot). Child B has a mass of 24.2 kg and located at distance x. Determine the torque of child A. (g = 9.80 m/s²)

Name: A board of mass M = 3.9 kg serves as a seesaw for two children, as shown in following figure. Child A has a mass of 30.1 kg and sits 2.5 m from the pivot point, P (his center of gravity is 2.5 m from the pivot). Child B has a mass of 24.2 kg and located at distance x. Determine the torque of child A. (g = 9.80 m/s²)
Uploaded: 2021-07-02T04:00:48-08:00
Duration: 2 min 53 s
Channel: Ummatul Choudary
Description: A board of mass M = 3.9 kg serves as a seesaw for two children, as shown in following figure. Child A has a mass of 30.1 kg and sits 2.5 m from the pivot point, P (his center of gravity is 2.5 m from the pivot). Child B has a mass of 24.2 kg and located at distance x. Determine the torque of child A. (g = 9.80 m/s²)

          A board of mass M = 3.9 kg serves as a seesaw for two children, as shown in following figure. Child A has a mass of 30.1 kg and sits 2.5 m from the pivot point, P (his center of gravity is 2.5 m from the pivot). Child B has a mass of 24.2 kg and located at distance x. Determine the torque of child A. (g = 9.80 m/s²)