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Help 1. Given the diagram below, determine the acceleration (it's a vector!) of the 3.00 kg mass. (ignore friction and the mass of the string).

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1. Given the diagram below, determine the acceleration (it's a vector!) of the 3.00 kg mass. (ignore friction and the mass of the string). There are two ways to solve this, as I've shown in class. (4 marks) m = 6.00 kg m = 3.00 kg

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