Recent content by Kaneki

  1. K

    Power problem -- Mule pulling a wagon, convert work and power to time

    Would we have have to convert 746 watts into jouls? It would be 3,600,000. So will it be 23,500,000/3,600,000 = 1.44? I am sorry, it's not an excuse but it's hard for me to actually just sit down and think. Thats why I won't do AP physics next year.
  2. K

    Power problem -- Mule pulling a wagon, convert work and power to time

    that's the thing, I don't know the numbers. The time isn't mentioned so I would have to re arrange the formula. My guess would be work times power or work divided by time. Like 746 times 746 times 23,500,000 or divided that. I am dumb and I can't figure it out.
  3. K

    Power problem -- Mule pulling a wagon, convert work and power to time

    Homework Statement a mule is pulling a load of gold on a wagon. If the mules power output is 746 watts. if in a certain time interval the total work done by the team on the wagon was 23,500,000 j, how long was that interval of time Homework Equations I think its power = work divided by time...
  4. K

    Pendulum Oscillations: 24/min, 1.53m Long, Find Gravity

    scratch that please, my next guess is 10 seconds
  5. K

    Pendulum Oscillations: 24/min, 1.53m Long, Find Gravity

    I am about to embarrass myself but my only guess or the only thing i can think of is, a millisecond? sorry,,, it takes time for me understand,,,
  6. K

    Pendulum Oscillations: 24/min, 1.53m Long, Find Gravity

    hmm, i don't clearly understand the question. If period is the time it takes to go back and forth once. would the period be one second?
  7. K

    Pendulum Oscillations: 24/min, 1.53m Long, Find Gravity

    Period of the pendulum must mean how long it goes back and forth in 'x' amount of time, Idk, I'm sorry, I'm new. Now I can't deduct how it would relate to it Mathematically. Would it be to calculate to see how long it would take for the pendulum to go back and forth if the length was 'x' ...
  8. K

    Pendulum Oscillations: 24/min, 1.53m Long, Find Gravity

    You're right, it's just that it was on my homework sheet so I thought it might be important to post it. I think g refers to gravity, l refers to length but t I don't know, would T be time?
  9. K

    Pendulum Oscillations: 24/min, 1.53m Long, Find Gravity

    Homework Statement A pendulum oscillates 24.0 times per minute in a particular location. If the pendulum is 1.53 m long, what is the acceleration due to gravity there? Homework Equations T = 2π√ l/g The Attempt at a Solution I don't have one because i literally got into this unit. I am...
  10. K

    What Are Elastic and Inelastic Problems?

    Homework Statement Im sorry to annoy anyone with this, i know to smart people these two are easy but I am dumb and i honestly don't understand this. If anyone can tell me and explain this concept then ill be very grateful. I have two days to learn and understand this and i don't know where else...
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