Two objects are experiencing a force of gravitational attraction. If you triple the mass of one of the objects and double the distance between their centres, the new force of gravity compared to the old (Fg) will be: O A) 3 Fg B) 1.5 Fg C) 0.75 Fg D) the same Two mountains are 1.00 km apart. If their masses are identical (2.00 × 1010 kg), what is the force due to gravity between the mountains? O A) 2.67 × 104N B) 1.33 x 106 N C) 2.67 x 107 N D) 2.67 x 1010 N
Two objects are experiencing a force of gravitational attraction. If you triple the mass of one of the objects and double the distance between their centres, the new force of gravity compared to the old (Fg) will be: O A) 3 Fg B) 1.5 Fg C) 0.75 Fg D) the same Two mountains are 1.00 km apart. If their masses are identical (2.00 × 1010 kg), what is the force due to gravity between the mountains? O A) 2.67 × 104N B) 1.33 x 106 N C) 2.67 x 107 N D) 2.67 x 1010 N
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Answer the two questions in the space provided. Explain your thinking for both question, on why you pick it
Transcribed Image Text:Two objects are experiencing a force of gravitational attraction. If you triple the
mass of one of the objects and double the distance between their centres, the new
force of gravity compared to the old (Fg) will be:
A) 3 Fg
B) 1.5 Fg
C) 0.75 Fg
D) the same
Two mountains are 1.00 km apart. If their masses are identical (2.00 × 1010 kg), what
is the force due to gravity between the mountains?
O A) 2.67 x 1oª N
B)
1.33 x 10-6 N
C) 2.67 x 107 N
O D)
2.67 x 1010 N
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