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An Unknown Force Is Applied to Two Unknown Masses

Question 23

Multiple Choice

An unknown force An unknown force is applied to two unknown masses M<sub>A</sub> and M<sub>B</sub>. Their accelerations and are measured. From these data we can determine A) the magnitude of only. B) M<sub>A</sub> and M<sub>B</sub> only. C) the magnitudes of , M<sub>A</sub>, and M<sub>B</sub> only. D) the ratio of M<sub>A</sub> to M<sub>B</sub> only. E) M<sub>A</sub>, M<sub>B</sub>, and the weights of M<sub>A</sub> and M<sub>B</sub>. is applied to two unknown masses MA and MB. Their accelerations An unknown force is applied to two unknown masses M<sub>A</sub> and M<sub>B</sub>. Their accelerations and are measured. From these data we can determine A) the magnitude of only. B) M<sub>A</sub> and M<sub>B</sub> only. C) the magnitudes of , M<sub>A</sub>, and M<sub>B</sub> only. D) the ratio of M<sub>A</sub> to M<sub>B</sub> only. E) M<sub>A</sub>, M<sub>B</sub>, and the weights of M<sub>A</sub> and M<sub>B</sub>. and An unknown force is applied to two unknown masses M<sub>A</sub> and M<sub>B</sub>. Their accelerations and are measured. From these data we can determine A) the magnitude of only. B) M<sub>A</sub> and M<sub>B</sub> only. C) the magnitudes of , M<sub>A</sub>, and M<sub>B</sub> only. D) the ratio of M<sub>A</sub> to M<sub>B</sub> only. E) M<sub>A</sub>, M<sub>B</sub>, and the weights of M<sub>A</sub> and M<sub>B</sub>. are measured. From these data we can determine


A) the magnitude of An unknown force is applied to two unknown masses M<sub>A</sub> and M<sub>B</sub>. Their accelerations and are measured. From these data we can determine A) the magnitude of only. B) M<sub>A</sub> and M<sub>B</sub> only. C) the magnitudes of , M<sub>A</sub>, and M<sub>B</sub> only. D) the ratio of M<sub>A</sub> to M<sub>B</sub> only. E) M<sub>A</sub>, M<sub>B</sub>, and the weights of M<sub>A</sub> and M<sub>B</sub>. only.
B) MA and MB only.
C) the magnitudes of An unknown force is applied to two unknown masses M<sub>A</sub> and M<sub>B</sub>. Their accelerations and are measured. From these data we can determine A) the magnitude of only. B) M<sub>A</sub> and M<sub>B</sub> only. C) the magnitudes of , M<sub>A</sub>, and M<sub>B</sub> only. D) the ratio of M<sub>A</sub> to M<sub>B</sub> only. E) M<sub>A</sub>, M<sub>B</sub>, and the weights of M<sub>A</sub> and M<sub>B</sub>. , MA, and MB only.
D) the ratio of MA to MB only.
E) MA, MB, and the weights of MA and MB.

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