Question

II. NEWTON'S SECOND LAW OF MOTION 6. Newton's second law of motion is also known as the LAW OF (a) _ . It says that when a/an (b) force is applied to a (c) , it causes it to (d) . 7. The greater the force applied, the _ is the acceleration. 8. The lesser the force that is applied, the _ is the acceleration. 9. Given the same amount of force applied to two objects of different masses, the one with the greater mass will have (a) _ acceleration while the object with the lesser mass will have (b) _ acceleration. 10. The equation F=ma is used to solve problems involving the second law of motion. A. What does each variable mean? F = (a) m = (b) a = (c) B. What standard unit of measurement must be used with each variable? F = (a) m = (b) a = (c) ______

          II. NEWTON'S SECOND LAW OF MOTION
6. Newton's second law of motion is also known as the LAW OF (a) ___________
. It says that when a/an (b) ________________ force is applied to
a (c) ________________, it causes it to (d) ________________.
7. The greater the force applied, the ___________ is the acceleration.
8. The lesser the force that is applied, the ___________ is the acceleration.
9. Given the same amount of force applied to two objects of different masses, the one with
the greater mass will have (a) ___________ acceleration while the object with the lesser
mass will have (b) ___________ acceleration.
10. The equation F=ma is used to solve problems involving the second law of motion.
A. What does each variable mean?
F = (a) ________________ m = (b) ________________ a = (c) ________________
B. What standard unit of measurement must be used with each variable?
F = (a) ________________ m = (b) ________________ a = (c) ________________

II. NEWTON'S SECOND LAW OF MOTION
6. Newton's second law of motion is also known as the LAW OF (a)
. It says that when a/an (b) force is applied to
a (c) , it causes it to (d) .
7. The greater the force applied, the is the acceleration.
8. The lesser the force that is applied, the is the acceleration.
9. Given the same amount of force applied to two objects of different masses, the one with
the greater mass will have (a) acceleration while the object with the lesser
mass will have (b) acceleration.
10. The equation F=ma is used to solve problems involving the second law of motion.
A. What does each variable mean?
F = (a) m = (b) a = (c)
B. What standard unit of measurement must be used with each variable?
F = (a) m = (b) a = (c)

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