Identical twins Kate and Karen are rowing their boat on a hot Summer afternoon when they decide to go for

a swim. Kate, whose mass is 45 kilograms, jumps off the front of the boat at a speed of 3.00 m/sec. Karen

jumps off the back at a speed of 4.00 m/sec. If the 70-kilogram rowboat is moving at 1.00m/s when the girls

jump, what is the speed of the rowboat after the girls jump?

Question

Physics

Kaleigh Jensen

11 January, 02:50

Identical twins Kate and Karen are rowing their boat on a hot Summer afternoon when they decide to go for

a swim. Kate, whose mass is 45 kilograms, jumps off the front of the boat at a speed of 3.00 m/sec. Karen

jumps off the back at a speed of 4.00 m/sec. If the 70-kilogram rowboat is moving at 1.00m/s when the girls

jump, what is the speed of the rowboat after the girls jump?

+3

Answers (1)

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Gumdrop · Answer 1

I think it will reduce in speed because friction drags it to the opposite direction and it were the girls mass that was overcoming friction but i think it is newtons 2nd law of motion