Which sign is the acceleration on the frictionless cart (m_1)? (designate the po

Question

Which sign is the acceleration on the frictionless cart (m_1)? (designate the positive direction as the cart moving towards the pulley) In the x-direction. a_x = +a a_x = - a a_x = 0 In the y-direction a_y = +a a_y = -a a_y = 0 Which sign is the acceleration on the hanging mass (m_2)? (designate the positive direction as the cart moving towards the pulley) In the x-direction. a_x = +a a_x = -a a_x = 0 In the y-direction, a_y = + a a_y = - a a_y = 0 Which is the correct expression for the force of tension in the string if you were to solve for F_T using the method outlined in Solving Force Problems, only looking at the frictionless cart (m_1), (designate the positive direction as the cart moving towards the pulley) F_T = m_1 a F_T = -m_1 a F_T = m_2 a F_T = m_1 g Which is the correct expression for the force of tension in the string if you were to solve for F_T using the method outlined in Solving Force Problems, only looking at the hanging mass (m_2), (designate the positive direction as the cart moving towards the pulley) F_T = m_2 a F_T = -m_2a F_T = m_2 g + m_2a F-T = m_2g - m_2a

Explanation / Answer

Need the images of the M1 and M2.You didn't posted in the question.without it answers are not possible

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