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Classify all of the following statements and pictures into one of Newton's three laws: (6 points) Newton's First Law Newton's 2nd Law Newton's 3rd Law More Inertia La Inertia A bug will hit a windshield with the same force the windshield hits the bug This results in an inversely proportional relationship between mass and acceleration. The force of the nail on the hammer.... The force of the hammer on the nail : An object sitting on a table will not move unless pushed or pulled. :: A ball accelerates faster when more force is applied to it. brainly
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Here’s the classification with a brief reason for each:
- More Inertia — Newton’s First Law (inertia is the tendency to resist changes in motion)
- La Inertia (likely “Less/Low Inertia”) — Newton’s First Law (also about the property of inertia)
- A bug will hit a windshield with the same force the windshield hits the bug — Newton’s Third Law (action–reaction pair: equal and opposite forces)
- This results in an inversely proportional relationship between mass and acceleration — Newton’s Second Law (a = F/m: for a given F, larger m → smaller a)
- The force of the nail on the hammer … — Newton’s Third Law (reaction force to the hammer’s push)
- The force of the hammer on the nail — Newton’s Third Law (action force; pairs with the nail’s force on the hammer)
- An object sitting on a table will not move unless pushed or pulled — Newton’s First Law (object remains at rest unless net force acts)
- A ball accelerates faster when more force is applied to it — Newton’s Second Law (acceleration increases with greater net force)
- More Inertia — Newton’s First Law (inertia is the tendency to resist changes in motion)
- La Inertia (likely “Less/Low Inertia”) — Newton’s First Law (also about the property of inertia)
- A bug will hit a windshield with the same force the windshield hits the bug — Newton’s Third Law (action–reaction pair: equal and opposite forces)
- This results in an inversely proportional relationship between mass and acceleration — Newton’s Second Law (a = F/m: for a given F, larger m → smaller a)
- The force of the nail on the hammer … — Newton’s Third Law (reaction force to the hammer’s push)
- The force of the hammer on the nail — Newton’s Third Law (action force; pairs with the nail’s force on the hammer)
- An object sitting on a table will not move unless pushed or pulled — Newton’s First Law (object remains at rest unless net force acts)
- A ball accelerates faster when more force is applied to it — Newton’s Second Law (acceleration increases with greater net force)
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