Part A In the figure (Figure 1), if mA = 1.20 kg, mB = 1.50 kg and θ =

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Part A In the figure (Figure 1), if mA = 1.20 kg, mB = 1.50 kg and θ = 35.0∘, what will be the magnitude of the acceleration of the system? Handwritten Solutions (Submitted into Canvas): Write down your Givens and what you are asked to Find for each Part. Clearly define your coordinate system (+/- directions) and origin, draw free body diagrams, apply Newton's Law, define Action-Reaction Pairs, and show how you obtained your equations and final answers. Show all steps and write down all equations used (not just numbers). Show how you obtained your final answer(s) including diagrams, equations, algebra and geometry, appropriate units, and significant figures. Put a box around your final answer(s).

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Part A

Figure 1 of 1 In the figure (Figure 1), if

m_{A} = 1.20 k g, m_{B} = 1.50 k g

and

θ = {35.0}^{\circ}

, what will be the magnitude of the acceleration of the system? Handwritten Solutions (Submitted into Canvas): Write down your Givens and what you are asked to Find for each Part. Clearly define your coordinate system (+/- directions) and origin, draw free body diagrams, apply Newton's Law, define ActionReaction Pairs, and show how you obtained your equations and final answers. Show all steps and write down all equations used (not just numbers). Show how you obtained your final answer(s) including diagrams, equations, algebra and geometry, appropriate units, and significant figures. Put a box around your final answer(s).