Consider the following Atwood's machine with m2 > m1, and with a mass-less, friction-less ideal pulley...

 

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Consider the following Atwood's machine with m2 > m1, and with a mass-less, friction-less ideal pulley to answer questions 1 and 2. m2 m1 Question 1 1 pts What is the acceleration of the mass m2 in its simplest form? m2 a = - mi mị + m2 mi - m2 a = mị + m2 2m2mı a = mi + m2 T +9 m1 a = Question 2 1 pts What is the tension in the string, in its simplest form? OT = m1g+ mịa 2m1 m2 * g mi + m2 T %3D mi + m2 * g 2m, m2 От %3D OT = m29 m2a Consider the following Atwood's machine with m2 > m1, and with a mass-less, friction-less ideal pulley to answer questions 1 and 2. m2 m1 Question 1 1 pts What is the acceleration of the mass m2 in its simplest form? m2 a = - mi mị + m2 mi - m2 a = mị + m2 2m2mı a = mi + m2 T +9 m1 a = Question 2 1 pts What is the tension in the string, in its simplest form? OT = m1g+ mịa 2m1 m2 * g mi + m2 T %3D mi + m2 * g 2m, m2 От %3D OT = m29 m2a