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  1. ...brief positive going pulse produced at the output of the monostable for each rotation. The output pulses will then be a series of very short pulses...

    3 Answers · Science & Mathematics · 25/05/2009

  2. ... located ahead of the main winding in the direction of rotation. (The direction of rotation is from the unshaded side to the shaded...

    2 Answers · Science & Mathematics · 09/04/2010

  3. v=ω.r ; so: r=v/ω = 5/35 = ⅟7 ft from and to the right of A where r is the distance from A to the rotation centre. Speed at B = 5 × 4⅟7 /⅟7 = 5 × 34 = 170 fps

    2 Answers · Science & Mathematics · 02/04/2013

  4. It's anyway very easy to change the rotation direction of most motors by swapping over two of the three connecting...

    3 Answers · Science & Mathematics · 15/11/2013

  5. ...stone: N =m.4π^2.R/T^2 where T is the period of rotation. Substituting, μs.m4π^2.R/T^2 ≥ mg Simplifying...

    1 Answers · Science & Mathematics · 16/06/2012

  6. v=ω.r ; so: r=v/ω = 5/35 = ⅟7 ft from and to the right of A where r is the distance from A to the rotation centre. Speed at B = 5 × 4⅟7 /⅟7 = 5 × 34 = 170 fps

    1 Answers · Science & Mathematics · 02/04/2013

  7. ...transfer rate is "how fast information gets on the disk". Rotation is "how fast the disk spins". For example...

    3 Answers · Science & Mathematics · 06/12/2006

  8. ...may want to remove any batteries from the device to make the point that when rotation stops the device loses power.

    3 Answers · Science & Mathematics · 13/08/2010

  9. Anyone with a wind mill knows how to extract energy from the Earth's rotation (with some energy from sunlight added of course).

    1 Answers · Science & Mathematics · 05/07/2012

  10. ...stone: N =m4π^2R/T^2 where T is the period of rotation. Substituting ; μ(s)m4π^2R/T^2 ≥ mg Simplifying...

    1 Answers · Science & Mathematics · 14/07/2012

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