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Physics 2-19-09 Simple Harmonic Motion

PHYSICS: Welcome back! It’s been forever!! Here’s the lecture from Thursday on simple harmonic motion. Tomorrow….bungee jumping eggs!

~ by Ms. Skinner on February 19, 2009. Tagged: , , , , , , ,

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14 Responses to “Physics 2-19-09 Simple Harmonic Motion”

  1.   Skyler Says:

    Anyone get the answer to #19? And how?

    thanks

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    Skyler Reply:

    So anyone get how to do #19 yet…?

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  2.   kevin Says:

    is the hooke the same guy who find the thing for the cell ?

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  3.   Ishita Says:

    Yeah Kevin, he is the same person that coined the term “cell”

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  4.   Josh Murrell Says:

    Does anyone know the formula to find frequency?

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  5.   Jordan Says:

    hey what did everyone get for their spring constants? we got around 19 and 23

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  6.   Morgan Cain Says:

    Jordan: Our group got like 24 and 28 for the spring constant

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  7.   Rolynne' Says:

    Does “damping” eliminate the impact of the maximum displacements?

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  8.   Richard Says:

    Did everyone’s spring constant decrease as their mass increased?

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  9.   Michael Lam Says:

    To Richard: You mean for the experiment? It *should* be the same since it’s a constant, but it’ll be a little off because of the quick measuring. But for my group, the spring constant did decrease a little bit as our mass increased.

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  10.   Sara Says:

    ok obviously our group was doing something wrong because our answers werent that high…. can someone explain what yall did so i can see wat we did different please

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  11.   Alex Park Says:

    Could someone please elaborate on the proper procedure in the Spring Constant lab?

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  12.   Bailey Says:

    hey ms. skinner sry i am not posting till today. i just got back into town last night from union’s scholarship thing then i had church this morning…anywho, can someone explain what we are talking about when yall say spring constants and so forth? i have been gone 2 days now and i am kinda confused. did we do a lab friday?

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  13.   Jessi Says:

    sara-
    we found a point on the bottom of the spring to use as the starting point and we measured where it was on the meter stick. then we hung a weight on in and held it in the natural position that the spring is in. then we dropped it and measured how far down the spring was stretched. we did that a few times and then took the average of all of them. we subtracted the start position from the average of the others and got d. then we converted the mass hanger to kilograms and multiplied it by g to get Fw. then we converted d to meters and divided Fw by d. I hope that made sense… if it didnt let me know and i will try to explain better…

    [Reply]

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