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7. Using question 5 and the given masses (Mred = 3.0 kg & Mblue= 2.0 kg), the tension force (N) in the cable connecting the two wagons is: O 3.36 O 4.57 O 5.04 O 5.95 O 8.40 O 2.38 O 16.8 O 11.9

7. Using question 5 and the given masses (Mred = 3.0 kg & Mblue= 2.0 kg), the tension force (N) in the cable connecting the two wagons is: O 3.36 O 4.57 O 5.04 O 5.95 O 8.40 O 2.38 O 16.8 O 11.9

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Using number 5 what is number 7 

7. Using question 5 and the given masses (Mred = 3.0 kg & Mblue= 2.0 kg), the tension force (N) in the cable connecting the two wagons is: О 3.36 O 4.57 O 5.04 O 5.95 O 8.40 O 2.38 O 16.8 O 11.9
Transcribed Image Text:7. Using question 5 and the given masses (Mred = 3.0 kg & Mblue= 2.0 kg), the tension force (N) in the cable connecting the two wagons is: О 3.36 O 4.57 O 5.04 O 5.95 O 8.40 O 2.38 O 16.8 O 11.9
5. The measured velocity (m/s) for various times for the two wagons are given in the below table. Using Excel to graph the data, and based on the slope of velocity vs. time graph, the acceleration (m/s²) of the two-wagon system is: v(m/s) t(sec) 0.5 0.96 1 1.76 1.5 2.65 2 3.49 2.5 4.34 3 5.11
Transcribed Image Text:5. The measured velocity (m/s) for various times for the two wagons are given in the below table. Using Excel to graph the data, and based on the slope of velocity vs. time graph, the acceleration (m/s²) of the two-wagon system is: v(m/s) t(sec) 0.5 0.96 1 1.76 1.5 2.65 2 3.49 2.5 4.34 3 5.11
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