Force Equations

If the table has friction, what is the y-direction equation for M₂?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
If the table has friction, what is the x-direction equation for M₂?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
If the table has no friction, what is the y-direction equation for M₂?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
If the table has no friction, what is the x-direction equation for M₂?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
If the table has friction, what is the y-direction equation for M₁?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
If the table has friction, what is the x-direction equation for M₁?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
If the table has no friction, what is the y-direction equation for M₁?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
If the table has no friction, what is the x-direction equation for M₁?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
What is the y-direction equation for M₃?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
What is the x-direction equation for M₃?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
What is the y-direction equation for M₄?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
What is the x-direction equation for M₄?
1. F_Normal – F_weight= m(0)
2. T_right– F_friction –T_left = ma
3. T_right– T_left = ma
4. T_right– F_friction= ma
5. T_right = ma
6. T_down – T_up = ma
7. F_weight+ T_down – T_up= ma
8. 0 = ma
9. F_weight – T_up = ma
What is the y-direction equation for M₁?
1. T_up– F_weight= ma
2. 0 = m(0)
3. F_weight + T_down – T_up= ma
4. F_weight – T_up = ma
5. T_up = ma
6. T_right – F_left= ma
What is the x-direction equation for M₁?
1. T_up– F_weight= ma
2. 0 = m(0)
3. F_weight + T_down – T_up= ma
4. F_weight – T_up = ma
5. T_up = ma
6. T_right – F_left= ma
What is the y-direction equation for M₂?
1. T_up– F_weight= ma
2. 0 = m(0)
3. F_weight + T_down – T_up= ma
4. F_weight – T_up = ma
5. T_up = ma
6. T_right – F_left= ma
What is the x-direction equation for M₂?
1. T_up– F_weight= ma
2. 0 = m(0)
3. F_weight + T_down – T_up= ma
4. F_weight – T_up = ma
5. T_up = ma
6. T_right – F_left= ma
What is the y-direction equation for M₃?
1. T_up– F_weight= ma
2. 0 = m(0)
3. F_weight + T_down – T_up= ma
4. F_weight – T_up = ma
5. T_up = ma
6. T_right – F_left= ma
What is the y-direction equation for the car if there is air friction?
1. F_left – F_friction = ma
2. F_right – F_friction = ma
3. F_Normal – F_weight = ma
4. 0 = ma
5. F_Normal – F_friction = ma
What is the x-direction equation for the car if there is air friction?
1. F_left – F_friction = ma
2. F_right – F_friction = ma
3. F_Normal – F_weight = ma
4. 0 = ma
5. F_Normal – F_friction = ma
What is the y-direction equation for the mass on the two ropes?
1. T₁ + T₂ – F_weight = m(0)
2. T₁sinθ₁ + T₂sinθ₂ – F_weight = m(0)
3. T₁sinθ₁ – T₂sinθ₂ – F_weight = m(0)
4. T₁cosθ₁ + T₂cosθ₂ = m(0)
5. T₁cosθ₁ + T₂cosθ₂ – F_weight = m(0)
6. T₁cosθ₁ – T₂cosθ₂ = m(0)
What is the x-direction equation for the mass on the two ropes?
1. T₁ + T₂ – F_weight = m(0)
2. T₁sinθ₁ + T₂sinθ₂ – F_weight = m(0)
3. T₁sinθ₁ – T₂sinθ₂ – F_weight = m(0)
4. T₁cosθ₁ + T₂cosθ₂ = m(0)
5. T₁cosθ₁ + T₂cosθ₂ – F_weight = m(0)
6. T₁cosθ₁ – T₂cosθ₂ = m(0)