Problems 6-7 refer to the following situation and figure. A mass m_(1) and a mass m_(2) are swung around in a vertical circle. As m_(1) and m_(2) go around the vertical circle, they stay along the same line. The mass m_(1)=3kg is swung around the vertical circle with a rope that has a tension T_(1) and a length L=0.5m. The mass m_(2)=4kg is attach

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Problems 6-7 refer to the following situation and figure. A mass m_(1) and a mass m_(2) are swung around in a vertical circle. As m_(1) and m_(2) go around the vertical circle, they stay along the same line. The mass m_(1)=3kg is swung around the vertical circle with a rope that has a tension T_(1) and a length L=0.5m. The mass m_(2)=4kg is attached to m_(1) by a rope that has a tension T_(2) and a length L=0.5m. At the top of the motion, as shown in the figure below, m_(1) has a speed v_(1)=4(m)/(sec) and m_(2) has a speed v_(2)=8(m)/(sec). Problem 6: What is the tension T_(1) at this instant? a. 223.4 N b. 243.4 N c. 263.4 N d. 283.4 N Problem 7: What is the tension T_(2) at this instant? a. 216.8 N b. 236.8 N c. 256.8 N d. 276.8 N

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Expert Answer to -  Problems 6-7 refer to the following situation and figure. A mass m_(1) and a mass m_(2) are swung a

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Solution for -  Problems 6-7 refer to the following situation and figure. A mass m_(1) and a mass m_(2) are swung a

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This an additional answer to -  Problems 6-7 refer to the following situation and figure. A mass m_(1) and a mass m_(2) are swung a

(Solved): Problems 6-7 refer to the following situation and figure. A mass m_(1) and a mass m_(2) are swung a ...

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