10. A single force is applied to each of two carts on frictionless surfaces. The graphs below show the relationship between the net force and acceleration for each cart. 3 0 1 2 3 4 Acceleration (m/s²) 0 1 2 3 Acceleration (m/s2) Cart A Cart B (a) Explain how you would find the mass of each car. Remember, F = ma and the slope of a straight line is y =mx. (b) Compared to the mass of cart A, the mass of cart B is (A) The same (B) Twice as great (C) Half as great (D) Four times as great Force (N) Force (N)

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Chapter5: Newton's Law Of Motion
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10. A single force is applied to each of two carts on frictionless surfaces. The graphs below show the
relationship between the net force and acceleration for each cart.
3
1 2
3
4
Acceleration (m/s²)
0 1 2
Acceleration (m/s²)
4
Cart A
Cart B
(a) Explain how you would find the mass of each car. Remember, F = ma and the slope of a straight line is
y = mx.
(b) Compared to the mass of cart A, the mass of cart B is
(A) The same
(B) Twice as great
(C) Half as great
(D) Four times as great
Justification:
Transcribed Image Text:10. A single force is applied to each of two carts on frictionless surfaces. The graphs below show the relationship between the net force and acceleration for each cart. 3 1 2 3 4 Acceleration (m/s²) 0 1 2 Acceleration (m/s²) 4 Cart A Cart B (a) Explain how you would find the mass of each car. Remember, F = ma and the slope of a straight line is y = mx. (b) Compared to the mass of cart A, the mass of cart B is (A) The same (B) Twice as great (C) Half as great (D) Four times as great Justification:
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