Example 1: Fridge push A person drives a cart, Cart 1, to the right while pushing another cart, Cart 2, that has a massive refrigerator on it. The total mass of Cart 2, cart plus fridge, is three times the total mass of Cart 1, cart plus person. If the person is driving with enough force that the two carts accelerate to the right, what can be said for sure about the magnitudes of the forces on the carts? Chaose 1answer: @ The force on Cart 2 exerted by Cart s lrger in mognitude thanithe force on Cart 1 exerted by Cart 2. s N ol W

Inquiry into Physics
8th Edition
ISBN:9781337515863
Author:Ostdiek
Publisher:Ostdiek
Chapter2: Newton's Laws
Section: Chapter Questions
Problem 19P: . Under certain conditions, the human body can safely withstand an acceleration of 10 g. (a) What...
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Example 1: Fridge push A person drives a cart, Cart 1, to the right while pushing another cart, Cart 2, that has a massive refrigerator on it. The total mass of Cart 2, cart plus fridge, is three times the total mass of Cart 1, cart plus person. If the person is driving with enough force that the two carts accelerate to the right, what can be said for sure about the magnitudes of the forces on the carts? Chaose 1answer: @ The force on Cart 2 exerted by Cart s lrger in mognitude thanithe force on Cart 1 exerted by Cart 2. s N ol W
Example 1: Fridge push
A person drives a cart, Cart 1, to the right while pushing another cart, Cart 2,
that has a massive refrigerator on it. The total mass of Cart 2, cart plus fridge,
is three times the total mass of Cart 1, cart plus person. If the person is driving
with enough force that the two carts accelerate to the right, what can be said
for sure about the magnitudes of the forces on the carts?
Cart 1
Cart 2
Choose 1 answer:
The force on Cart 2 exerted by Cart 1 is larger in magnitude than the
force on Cart 1 exerted by Cart 2.
The force on Cart 2 exerted by Cart 1 is smaller in magnitude than the
force on Cart 1 exerted by Cart 2.
The force on Cart 2 exerted by Cart 1 is equal in magnitude to the
force on Cart 1 exerted by Cart 2.
The force on Cart 2 exerted by Cart 1 could be larger or smaller
depending on the size of the acceleration.
Transcribed Image Text:Example 1: Fridge push A person drives a cart, Cart 1, to the right while pushing another cart, Cart 2, that has a massive refrigerator on it. The total mass of Cart 2, cart plus fridge, is three times the total mass of Cart 1, cart plus person. If the person is driving with enough force that the two carts accelerate to the right, what can be said for sure about the magnitudes of the forces on the carts? Cart 1 Cart 2 Choose 1 answer: The force on Cart 2 exerted by Cart 1 is larger in magnitude than the force on Cart 1 exerted by Cart 2. The force on Cart 2 exerted by Cart 1 is smaller in magnitude than the force on Cart 1 exerted by Cart 2. The force on Cart 2 exerted by Cart 1 is equal in magnitude to the force on Cart 1 exerted by Cart 2. The force on Cart 2 exerted by Cart 1 could be larger or smaller depending on the size of the acceleration.
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