2.1 A 100 kg mass at position (0m, 6m) is attracted to a 100 kg mass at position r=(0m, 8m). GmM Determine the gravitational force the 50kg mass exerts on the 100 kg mass. Reminder F= 2.2 Determine an express for the gravitation force a thin semi-circle rod of radius a, mass M and mass per unit lengthy unit u, exerts on a particle of mass ma distance b from it centre as shown the sketch below.
2.1 A 100 kg mass at position (0m, 6m) is attracted to a 100 kg mass at position r=(0m, 8m). GmM Determine the gravitational force the 50kg mass exerts on the 100 kg mass. Reminder F= 2.2 Determine an express for the gravitation force a thin semi-circle rod of radius a, mass M and mass per unit lengthy unit u, exerts on a particle of mass ma distance b from it centre as shown the sketch below.
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Transcribed Image Text:2.1 A 100 kg mass at position io=(0m, 6m) is attracted to a 100 kg mass at position r=(0m, 8m).
GmM ,
Determine the gravitational force the 50kg mass exerts on the 100 kg mass. Reminder F=
2.2 Determine an express for the gravitation force a thin semi-circle rod of radius a, mass M and mass per
unit lengthy unit u, exerts on a particle of mass ma distance b from it centre as shown the sketch below.
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