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4. A spring is attached at a surface floor and a two-kilogram object is attached to its end. A boy applies eight newtons to the system and the object displaced twenty centimeters to its side. The system was considered to be a simple harmonic motion when the object was released. Find a) the spring constant and b) the period with which the ball will vibrate back and forth.

4. A spring is attached at a surface floor and a two-kilogram object is attached to its end. A boy applies eight newtons to the system and the object displaced twenty centimeters to its side. The system was considered to be a simple harmonic motion when the object was released. Find a) the spring constant and b) the period with which the ball will vibrate back and forth.

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4. A spring is attached at a surface floor and a two-kilogram object is attached to its end. A boy applies eight newtons to the system and the object displaced twenty centimeters to its side. The system was considered to be a simple harmonic motion when the object was released. Find a) the spring constant and b) the period with which the ball will vibrate back and forth. 5. Compute the acceleration due to gravity at a place where a simple pendulum 150.3 cm long makes 100.0 cycles in 246.7 seconds.
Transcribed Image Text:4. A spring is attached at a surface floor and a two-kilogram object is attached to its end. A boy applies eight newtons to the system and the object displaced twenty centimeters to its side. The system was considered to be a simple harmonic motion when the object was released. Find a) the spring constant and b) the period with which the ball will vibrate back and forth. 5. Compute the acceleration due to gravity at a place where a simple pendulum 150.3 cm long makes 100.0 cycles in 246.7 seconds.
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