While driving down the road, this tiny hummingbird hit the windshield of a maria's car. this is a clear case of newton's third law of motion. the hummingbird hit the car and the car hit the hummingbird. compare the force on both the hummingbird and the car's windshield (the hummingbird was unharmed). responses a the forces are equal and opposite.the forces are equal and opposite. b the force on the windshield is greater.the force on the windshield is greater. c the force on the hummingbird is greater.the force on the hummingbird is greater. d the force of the hummingbird is less than that of the windshield.
While Driving Down The Road, This Tiny Hummingbird Hit The Windshield Of A Maria's Car. This Is A Clear Case Of Newton's Third Law Of Motion. The Hummingbird Hit The Car And The Car Hit The Hummingbird. Compare The Force On Both The Hummingbird And The Car's Windshield (The Hummingbird Was Unharmed). Responses A The Forces Are Equal And Opposite.the Forces Are Equal And Opposite. B The Force On The Windshield Is Greater.the Force On The Windshield Is Greater. C The Force On The Hummingbird Is Greater.the Force On The Hummingbird Is Greater. D The Force Of The Hummingbird Is Less Than That Of The Windshield.
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While Driving Down The Road, This Tiny Hummingbird Hit The Windshield Of A Maria's Car. This Is A Clear Case Of Newton's Third Law Of Motion. The Hummingbird Hit The Car And The Car Hit The Hummingbird. Compare The Force On Both The Hummingbird And The Car's Windshield (The Hummingbird Was Unharmed). Responses A The Forces Are Equal And Opposite.the Forces Are Equal And Opposite. B The Force On The Windshield Is Greater.the Force On The Windshield Is Greater. C The Force On The Hummingbird Is Greater.the Force On The Hummingbird Is Greater. D The Force Of The Hummingbird Is Less Than That Of The Windshield.. How do the forces on the hummingbird and the windshield compare?* the forces are equal and opposite. This question involves a dual application of newton's second and third laws (stated above).
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You are asked to compare the magnitude of the forces exerted between a bug and a bus (a third. This is a clear case of newton's third law of motion. Answer:2explanation:hummingbird hit the car and the car hit the hummingbird.
Isaac Newton’s Third Law Of Physics States That For Every Action There Is An Equal And Opposite Reaction.
The hummingbird hit the car and the car hit the. While driving down the road, this tiny hummingbird hit the windshield of a maria's car. This is a clear case of newton's third law of motion.
This Question Involves A Dual Application Of Newton's Second And Third Laws (Stated Above).
Study with quizlet and memorize flashcards containing terms like while driving down the road, a firefly strikes the windshield of a bus and makes a quite obvious mess in front of the face of. The statement means that in every interaction, there is a pair of forces acting on the two interacting objects. The third law of motion states that if a body exerts a force on a second body, the second body exerts a force that is equal in magnitude and opposite in direction to the first force.
This Principle Describes Interactions Between Bodies, And.
This means that when the hummingbird hits the windshield, the force exerted by the. You are asked to compare the magnitude of the forces exerted between a bug and a bus (a third. How do the forces on the hummingbird and the windshield compare?* the forces are equal and opposite.
Answer:2Explanation:hummingbird Hit The Car And The Car Hit The Hummingbird.
According to newton's third law of motion, for every action, there is an equal and opposite reaction. The size of the forces on the first object equals the size of the force on the.
