3. A swing at a carnival ride is attached to rotating pole by a cable. The swing moves on horizontal circle as shown in the figure. The combined mass of the person and swing is 265 kg. A) What is the tension in the cable? B) What is the angular speed in rpm of the swing? C) Would the 60.0° angle increase or decrease if the angular speed increases? Explain
3. A swing at a carnival ride is attached to rotating pole by a cable. The swing moves on horizontal circle as shown in the figure. The combined mass of the person and swing is 265 kg. A) What is the tension in the cable? B) What is the angular speed in rpm of the swing? C) Would the 60.0° angle increase or decrease if the angular speed increases? Explain
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Transcribed Image Text:3. A swing at a carnival ride is attached to rotating pole by a cable. The swing moves on a
horizontal circle as shown in the figure. The combined mass of the person and swing is
265 kg. A) What is the tension in the cable? B) What is the angular speed in rpm of the
swing? C) Would the 60.0 angle increase or decrease if the angular speed increases?
Explain
Pictorial Representation
15.0 m
60.0
> Sp
> Bulle
Mathematical Representation
ori
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80
200
04
DO
124
F5
24
F2
F3
F4
76
F7
FR
F9
F10
23
2$
&
3
4
6
7
8
9
E
R
Y
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