Common-Core/ Grade 8
Science MCQ Based On How does mass affect force and acceleration
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Common-Core Grade 8 - 8 How does mass affect force and acceleration
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A force is a push or a pull. We can move any object by applying force on it. The heavier an object requires a larger amount of force as compared to the lighter object.
The objects will need different forces applied to them to have the same acceleration. The object with more mass will need a larger force.
A force is a push or a pull. We can move any object by applying force on it. The heavier an object requires a larger amount of force as compared to the lighter object.
The objects will need different forces applied to them to have the same acceleration. The object with more mass will need a larger force.
A force is a push or a pull. We can move any object by applying force on it. The heavier an object requires a larger amount of force as compared to the lighter object.
The objects will need different forces applied to them to have the same acceleration. The object with more mass will need a larger force.
A force is a push or a pull. We can move any object by applying force on it. The heavier an object requires a larger amount of force as compared to the lighter object.
The objects will need different forces applied to them to have the same acceleration. The object with more mass will need a larger force.
A force is a push or a pull. We can move any object by applying force to it. The heavier object requires a larger amount of force as compared to the lighter object.
The objects will need different forces applied to them to have the same acceleration. The object with more mass will need a larger force.
A force is a push or a pull. We can move any object by applying force on it. The heavier an object requires a larger amount of force as compared to the lighter object.
The objects will need different forces applied to them to have the same acceleration. The object with more mass will need a larger force.
A force is a push or a pull. We can move any object by applying force on it. The heavier an object requires a larger amount of force as compared to the lighter object.
The objects will need different forces applied to them to have the same acceleration. The object with more mass will need a larger force.
A force is a push or a pull. We can move any object by applying force on it. The heavier an object requires a larger amount of force as compared to the lighter object.
The objects will need different forces applied to them to have the same acceleration. The object with more mass will need a larger force.
A force is a push or a pull. We can move any object by applying force on it. The heavier an object requires a larger amount of force as compared to the lighter object.
The objects will need different forces applied to them to have the same acceleration. The object with more mass will need a larger force.
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