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Part E A spherical mass M is held fixed in deep space, well away from the earth's gravitational pull. A second mass m is released from rest at a distance To from M and begins to move toward M with an initial acceleration ao. In terms of ao, what is m's acceleration when the two masses are only To/19 apart? Express your answer as a multiple of ao. a = Submit —| ΑΣΦ Request Answer ? ao

Part E A spherical mass M is held fixed in deep space, well away from the earth's gravitational pull. A second mass m is released from rest at a distance To from M and begins to move toward M with an initial acceleration ao. In terms of ao, what is m's acceleration when the two masses are only To/19 apart? Express your answer as a multiple of ao. a = Submit —| ΑΣΦ Request Answer ? ao

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Part E A spherical mass M is held fixed in deep space, well away from the earth's gravitational pull. A second mass m is released from rest at a distance ro from M and begins to move toward M with an initial acceleration ao. In terms of ao, what is m's acceleration when the two masses are only ro/19 apart? Express your answer as a multiple of a. a = IVE ΑΣΦ Submit Request Answer ? ao
Transcribed Image Text:Part E A spherical mass M is held fixed in deep space, well away from the earth's gravitational pull. A second mass m is released from rest at a distance ro from M and begins to move toward M with an initial acceleration ao. In terms of ao, what is m's acceleration when the two masses are only ro/19 apart? Express your answer as a multiple of a. a = IVE ΑΣΦ Submit Request Answer ? ao
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