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Please choose an option, no need to explain: Two crates (m1 and m2), connected by a rope, are positioned on a flat horizontal frictionless surface as shown in the diagram below. The mass of m2 is twice the mass of m1. A rightward force (F) is applied to crate m1 as shown, and the system accelerates in the rightward direction (scenario 1). The positions of the crates are reversed as shown in the right diagram. The same force (F) is now applied to mass m2 (scenario 2). In which scenario is the force of tension in the rope between mass 1 and mass 2 smaller? a)Scenario 1 b)Scenario 2. c)The forces are the same. d)Tension is non-existent in this scenario. e)This question cannot be answered using the information provided.

Please choose an option, no need to explain: Two crates (m1 and m2), connected by a rope, are positioned on a flat horizontal frictionless surface as shown in the diagram below. The mass of m2 is twice the mass of m1. A rightward force (F) is applied to crate m1 as shown, and the system accelerates in the rightward direction (scenario 1). The positions of the crates are reversed as shown in the right diagram. The same force (F) is now applied to mass m2 (scenario 2). In which scenario is the force of tension in the rope between mass 1 and mass 2 smaller? a)Scenario 1 b)Scenario 2. c)The forces are the same. d)Tension is non-existent in this scenario. e)This question cannot be answered using the information provided.

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Please choose an option, no need to explain: Two crates (m1 and m2), connected by a rope, are positioned on a flat horizontal frictionless surface as shown in the diagram below. The mass of m2 is twice the mass of m1. A rightward force (F) is applied to crate m1 as shown, and the system accelerates in the rightward direction (scenario 1). The positions of the crates are reversed as shown in the right diagram. The same force (F) is now applied to mass m2 (scenario 2). In which scenario is the force of tension in the rope between mass 1 and mass 2 smaller? a)Scenario 1 b)Scenario 2. c)The forces are the same. d)Tension is non-existent in this scenario. e)This question cannot be answered using the information provided.
m2 m2 F mi SCENARIO 1 SCENARIO 2
Transcribed Image Text:m2 m2 F mi SCENARIO 1 SCENARIO 2
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