5. For a satellite in an elliptical orbit around the earth, the amount of work done in a short time interval by the gravitational force from the earth on the satellite K) is zero L) is positive when the satellite is getting closer to the earth, and negative when it's getting further from the earth. M) is negative when the satellite is getting closer to the earth, and positive when it's getting further from the earth. N) is positive. 0) is negative.

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5. For a satellite in an elliptical orbit around the earth, the amount of work done in a short time interval by the gravitational
force from the earth on the satellite
K) is zero
L) is positive when the satellite is getting closer to the earth, and negativewhen it's getting further from the earth.
M) is negative when the satellite is getting closer to the earth, and positive when it's getting further from the earth.
N) is positive.
0) is negative.
A satellite is or bitting in elliptical path arond the earth at
Some height h a boue the surforce of the earth
work done in a short inteval of time by the aravitation! force from the
earth on satellite will equals to 0.1+ is becaŭse the aravita tional pull of
the earth on soEllite and the displacencat st the Satellite is aluays ad
an angle of Go degrees.
an
w F. 'D- cosO)
F-D-(cos( a0)- O
Since Cos (a0):0 , the work done is zero
Are you sure? Drawing a diagram
would help with this. Also, don't
forget the units.
Transcribed Image Text:5. For a satellite in an elliptical orbit around the earth, the amount of work done in a short time interval by the gravitational force from the earth on the satellite K) is zero L) is positive when the satellite is getting closer to the earth, and negativewhen it's getting further from the earth. M) is negative when the satellite is getting closer to the earth, and positive when it's getting further from the earth. N) is positive. 0) is negative. A satellite is or bitting in elliptical path arond the earth at Some height h a boue the surforce of the earth work done in a short inteval of time by the aravitation! force from the earth on satellite will equals to 0.1+ is becaŭse the aravita tional pull of the earth on soEllite and the displacencat st the Satellite is aluays ad an angle of Go degrees. an w F. 'D- cosO) F-D-(cos( a0)- O Since Cos (a0):0 , the work done is zero Are you sure? Drawing a diagram would help with this. Also, don't forget the units.
5. For a satellite in an elliptical orbit around the earth, the amount of work done in a short time interval by the gravitational
force from the earth on the satellite
K) is zero
L) is positive when the satellite is getting closer to the earth, and negative when it's getting further from the earth.
M) is negative when the satellite is getting closer to the earth, and positive when it's getting further from the earth.
N) is positive.
0) is negative.
Transcribed Image Text:5. For a satellite in an elliptical orbit around the earth, the amount of work done in a short time interval by the gravitational force from the earth on the satellite K) is zero L) is positive when the satellite is getting closer to the earth, and negative when it's getting further from the earth. M) is negative when the satellite is getting closer to the earth, and positive when it's getting further from the earth. N) is positive. 0) is negative.
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