Recent content by Danielheidarr

  1. D

    A dial can spin on a fixed rotational axis

    what would the initial angular acceleration be. how do we find that out when we don't have any numbers given.
  2. D

    A box with the mass m = 25 kg is sliding up a hill

    I also sent the pdf in post #12 better view there
  3. D

    A box with the mass m = 25 kg is sliding up a hill

    I'm not quite sure how to work the wind into the equation. Any hints for it?
  4. D

    A box with the mass m = 25 kg is sliding up a hill

    ah that's right i forgot to add that in thank you so much :)
  5. D

    A box with the mass m = 25 kg is sliding up a hill

    Here is a pdf probably better to view that
  6. D

    A box with the mass m = 25 kg is sliding up a hill

    This is what I did. What do you guys think?
  7. D

    A box with the mass m = 25 kg is sliding up a hill

    yeah what i meant to say is blowing horizontally into the slope.
  8. D

    A box with the mass m = 25 kg is sliding up a hill

    sorry the uphill component is only for the box, the box is moving to the right towards the hill and the wind is moving horizontal in the same direction as the box.
  9. D

    A dial can spin on a fixed rotational axis

    Well.. I guess that would make sense. I just feel like the question needs more information. But lets say we use you idea why would omega in a) be 0 if we are going to check it just after it is released?
  10. D

    A dial can spin on a fixed rotational axis

    in a) I have to find omega just after it is released would it still be zero then? and in c) if it would be released in that state why would it not be zero?
  11. D

    A dial can spin on a fixed rotational axis

    I finally found out how to do it, but the language is probably something you don’t understand but so be it
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