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A 25.00 kg child swings on a single-rope swing at a local park (see image). The swing consists of a single rope of length 3.70 m attached to the seat. When the child sits at rest on the swing without moving, what is the tension in the rope? If the child swings through the lowest point of the swing with a linear speed of 12.00m, what is the tension in the rope at this lowest point? S O 973 N O 1218 N O 245 N O 728 N At which point in the child's swing is the centripetal acceleration the smallest? O At point B, somewhere in between points A and C O At point C, the bottom of the swing when she is moving fastest O At point A, when she momentarily stops moving and changes directions

A 25.00 kg child swings on a single-rope swing at a local park (see image). The swing consists of a single rope of length 3.70 m attached to the seat. When the child sits at rest on the swing without moving, what is the tension in the rope? If the child swings through the lowest point of the swing with a linear speed of 12.00m, what is the tension in the rope at this lowest point? S O 973 N O 1218 N O 245 N O 728 N At which point in the child's swing is the centripetal acceleration the smallest? O At point B, somewhere in between points A and C O At point C, the bottom of the swing when she is moving fastest O At point A, when she momentarily stops moving and changes directions

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### Swing Physics Problem A **25.00 kg** child swings on a single-rope swing at a local park. The swing consists of a single rope of length **3.70 m** attached to the seat. **Question 1:** **When the child sits at rest on the swing without moving, what is the tension in the rope?** [Input box for answer] **Question 2:** **If the child swings through the lowest point of the swing with a linear speed of **12.00 m/s**, what is the tension in the rope at this lowest point?** - 973 N - 1218 N - 245 N - 728 N **Question 3:** **At which point in the child's swing is the centripetal acceleration the smallest?** - At point B, somewhere in between points A and C - At point C, the bottom of the swing when she is moving fastest - At point A, when she momentarily stops moving and changes directions **Diagram:** The diagram depicts three positions of the child on the swing: Points A, B, and C. - **Point A** represents the highest position on one side where the child momentarily stops. - **Point B** is somewhere in between A and C as the child swings down. - **Point C** is the lowest position where the child moves the fastest.
Transcribed Image Text:### Swing Physics Problem A **25.00 kg** child swings on a single-rope swing at a local park. The swing consists of a single rope of length **3.70 m** attached to the seat. **Question 1:** **When the child sits at rest on the swing without moving, what is the tension in the rope?** [Input box for answer] **Question 2:** **If the child swings through the lowest point of the swing with a linear speed of **12.00 m/s**, what is the tension in the rope at this lowest point?** - 973 N - 1218 N - 245 N - 728 N **Question 3:** **At which point in the child's swing is the centripetal acceleration the smallest?** - At point B, somewhere in between points A and C - At point C, the bottom of the swing when she is moving fastest - At point A, when she momentarily stops moving and changes directions **Diagram:** The diagram depicts three positions of the child on the swing: Points A, B, and C. - **Point A** represents the highest position on one side where the child momentarily stops. - **Point B** is somewhere in between A and C as the child swings down. - **Point C** is the lowest position where the child moves the fastest.
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