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In the analysis of an Atwood's the accelerations of the two masses satisfy several properties. Identify the correct statements regarding the accelerations. O The magnitudes of the accelerations are equal. This is a result of the law of action and reaction. O The magnitudes of the accelerations are equal. This is a result of the fact that the masses are tied by a st to each other. O The magnitudes of the accelerations are equal. This is a result of the fact that the net forces on the mass are equal. O The larger mass has an acceleration that, as a vector, points down. O The smaller mass has an acceleration that, as a vector, points up. The acceleration of the masses is always smaller than the free fall acceleration. O The larger mass has an acceleration that, as a vector, points up. O The smaller mass has an acceleration that, as a vector, points down.

In the analysis of an Atwood's the accelerations of the two masses satisfy several properties. Identify the correct statements regarding the accelerations. O The magnitudes of the accelerations are equal. This is a result of the law of action and reaction. O The magnitudes of the accelerations are equal. This is a result of the fact that the masses are tied by a st to each other. O The magnitudes of the accelerations are equal. This is a result of the fact that the net forces on the mass are equal. O The larger mass has an acceleration that, as a vector, points down. O The smaller mass has an acceleration that, as a vector, points up. The acceleration of the masses is always smaller than the free fall acceleration. O The larger mass has an acceleration that, as a vector, points up. O The smaller mass has an acceleration that, as a vector, points down.

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Question 2 In the analysis of an Atwood's the accelerations of the two masses satisfy several properties. Identify the correct statements regarding the accelerations. O The magnitudes of the accelerations are equal. This is a result of the law of action and reaction. O The magnitudes of the accelerations are equal. This is a result of the fact that the masses are tied by a string to each other. O The magnitudes of the accelerations are equal. This is a result of the fact that the net forces on the masses are equal. O The larger mass has an acceleration that, as a vector, points down. O The smaller mass has an acceleration that, as a vector, points up. O The acceleration of the masses is always smaller than the free fall acceleration. O The larger mass has an acceleration that, as a vector, points up. O The smaller mass has an acceleration that, as a vector, points down.
Transcribed Image Text:Question 2 In the analysis of an Atwood's the accelerations of the two masses satisfy several properties. Identify the correct statements regarding the accelerations. O The magnitudes of the accelerations are equal. This is a result of the law of action and reaction. O The magnitudes of the accelerations are equal. This is a result of the fact that the masses are tied by a string to each other. O The magnitudes of the accelerations are equal. This is a result of the fact that the net forces on the masses are equal. O The larger mass has an acceleration that, as a vector, points down. O The smaller mass has an acceleration that, as a vector, points up. O The acceleration of the masses is always smaller than the free fall acceleration. O The larger mass has an acceleration that, as a vector, points up. O The smaller mass has an acceleration that, as a vector, points down.
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