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Two teams engage in a tug of war. Each team has 9 members. The first team's members have an average mass of 67 kg per person and exert an average force of 1355 N per person horizontally. The second team's members have an average mass of 71 kg per person and exert an average force of 1375 N per person horizontally. Hint: Be sure to read the textbook's section on problem solving strategies for Newton's Laws. What is magnitude of the acceleration of the two teams? m/s2 What is the tension in the section of rope between the teams? N

Two teams engage in a tug of war. Each team has 9 members. The first team's members have an average mass of 67 kg per person and exert an average force of 1355 N per person horizontally. The second team's members have an average mass of 71 kg per person and exert an average force of 1375 N per person horizontally. Hint: Be sure to read the textbook's section on problem solving strategies for Newton's Laws. What is magnitude of the acceleration of the two teams? m/s2 What is the tension in the section of rope between the teams? N

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Two teams engage in a tug of war. Each team has 9 members. The first team's members have an average mass of 67 kg per person and exert an average force of 1355 N per person horizontally. The second team's members have an average mass of 71 kg per person and exert an average force of 1375 N per person horizontally.
Hint: Be sure to read the textbook's section on problem solving strategies for Newton's Laws.
What is magnitude of the acceleration of the two teams? ◻
m / s 2
What is the tension in the section of rope between the teams? ◻ N

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