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Use the interactive area below to draw a Free Body Diagram to describe the 2M box resting on the horizontal frictionless surface. For this task, assume that the weight of the suspended 1M box is sufficient to cause the 2M box to accelerate to the right. (The actual behavior will depend upon the magnitude of the applied force, F, and the angle, 0.) In this problem we will use the notation F1M and F 2M to represent the weights of the 1M and 2M boxes, respectively.

Use the interactive area below to draw a Free Body Diagram to describe the 2M box resting on the horizontal frictionless surface. For this task, assume that the weight of the suspended 1M box is sufficient to cause the 2M box to accelerate to the right. (The actual behavior will depend upon the magnitude of the applied force, F, and the angle, 0.) In this problem we will use the notation F1M and F 2M to represent the weights of the 1M and 2M boxes, respectively.

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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Use the interactive area below to draw a Free Body Diagram to describe the 2M box resting on the horizontal frictionless surface. For this task, assume that the weight of the suspended 1M box is sufficient to cause the 2M box to accelerate to the right. (The actual behavior will depend upon the magnitude of the applied force, F, and the angle, 0.) In this problem we will use the notation F, respectively. g,1M and F. g,2M to represent the weights of the 1M and 2M boxes, Add Force O Reset All FT F F92M v 270 ♥x F FT F92M Ftotal,x: 0 Ftotal,y: - (neg)
Transcribed Image Text:Use the interactive area below to draw a Free Body Diagram to describe the 2M box resting on the horizontal frictionless surface. For this task, assume that the weight of the suspended 1M box is sufficient to cause the 2M box to accelerate to the right. (The actual behavior will depend upon the magnitude of the applied force, F, and the angle, 0.) In this problem we will use the notation F, respectively. g,1M and F. g,2M to represent the weights of the 1M and 2M boxes, Add Force O Reset All FT F F92M v 270 ♥x F FT F92M Ftotal,x: 0 Ftotal,y: - (neg)
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