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superhelp101 Group Title

A group of students designed an experiment with a thread and a rubber stopper. The steps of the experiment are listed below. Tie a rubber stopper to one end of a 20 cm long thread. Hold the other end of the thread and whirl it in a circle five times. Allow the thread to wind up on the finger. Observe that the rubber stopper moves faster as it comes nearer to the finger. The experiment most likely demonstrates Kepler's first law of planetary motion Kepler's second law of planetary motion Newton's second law of motion Newton's third law of motion

  • 11 months ago
  • 11 months ago

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  1. superhelp101 Group Title
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    @e.cociuba @GOODMAN can you help?

    • 11 months ago
  2. superhelp101 Group Title
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    @EffImHighOffSkittles @dumbsearch2 @bani2100 @vinnv226 can you help

    • 11 months ago
  3. superhelp101 Group Title
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    @vivlove16 @dpasingh can help?

    • 11 months ago
  4. superhelp101 Group Title
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    @cylieusx3 @shubhamsrg @shawn123 @stgreen any help?

    • 11 months ago
  5. e.cociuba Group Title
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    Well lets start by defining each Law. Define them all and we will compare which law represents the experiment.

    • 11 months ago
  6. superhelp101 Group Title
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    The path of the planets about the sun is elliptical in shape, with the center of the sun being located at one focus. (The Law of Ellipses) An imaginary line drawn from the center of the sun to the center of the planet will sweep out equal areas in equal intervals of time. (The Law of Equal Areas) The ratio of the squares of the periods of any two planets is equal to the ratio of the cubes of their average distances from the sun. (The Law of Harmonies)

    • 11 months ago
  7. vinnv226 Group Title
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    Kepler's first law says that each planet's orbit is an ellipse with the sun at one of its foci. This doesn't have anything to do with the rubber stopper winding around your finger, so eliminate it.

    • 11 months ago
  8. superhelp101 Group Title
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    Yeah I did

    • 11 months ago
  9. e.cociuba Group Title
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    Ok so we have one eliminated. What else do you think needs to be eliminated? Look at your definitions of each law.

    • 11 months ago
  10. superhelp101 Group Title
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    I am not sure thats why I am asking for help

    • 11 months ago
  11. superhelp101 Group Title
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    @chmvijay I need your help buddy

    • 11 months ago
  12. superhelp101 Group Title
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    dozzzz anyone have an answer :(((

    • 11 months ago
  13. e.cociuba Group Title
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    We are not here to provide you with an answer. We are here to direct you towards the answer while learning the material along with the process.

    • 11 months ago
  14. superhelp101 Group Title
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    okay I am sorry then. Can someone HElp me?

    • 11 months ago
  15. e.cociuba Group Title
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    Well we have one choice eliminated and that's A. What other choices do you think should also be eliminated? Give me an idea.

    • 11 months ago
  16. chmvijay Group Title
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    i think but not sure :) Newton's second law of motion

    • 11 months ago
  17. superhelp101 Group Title
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    Thanks @chmvijay :):)!!

    • 11 months ago
  18. superhelp101 Group Title
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    and thank you @e.cociuba for your help as well!

    • 11 months ago
  19. e.cociuba Group Title
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    Didn't do much, but no problem :)

    • 11 months ago
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