Recent content by ~SPaRtaN~

  1. S

    Are These Statements About Position Vs. Time Graph Correct?

    please somebody here help me on this problem
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    Calculating Minimum Deceleration and Meeting Heights in Kinematics

    anybody to help on these problems...just 1 day left
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    Are These Statements About Position Vs. Time Graph Correct?

    ^no some of em are not...and i don't know which ones
  4. S

    Are These Statements About Position Vs. Time Graph Correct?

    ^its ok dude...can i have ur views, what do u think, what could be the answers?
  5. S

    Calculating Minimum Deceleration and Meeting Heights in Kinematics

    ^ i tried but lost somewhere...its too confusing for me
  6. S

    Are These Statements About Position Vs. Time Graph Correct?

    ^at both points velocity is increasing, it looks it is a constant increase in velocity... actually i don't know may b i m wrong...but do u know the actual answers to it ?
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    Are These Statements About Position Vs. Time Graph Correct?

    Homework Statement http://img364.imageshack.us/my.php?image=90198228dt0.jpg Image: http://img364.imageshack.us/my.php?image=90198228dt0.jpg Which of the following statements are correct/incorrect? 1) The velocity is zero at point 4. 2) At point 6 the velocity is negative. 3) At point 3 the...
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    Calculating Minimum Deceleration and Meeting Heights in Kinematics

    Homework Statement (1) A speed trap is set up with two pressure activated strips placed across a highway, 116 meters apart. A car is speeding along at 29.6 meters per second, while the speed limit is only 19.4 meters per second. At the instant the car activates the first strip, the driver...
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    How High Does the Stone Reach Above Point B?

    ^ Thanks...silly me, didn't paid attention on that part
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    How High Does the Stone Reach Above Point B?

    Homework Statement A stone is thrown vertically upward. On its way up it passes point A with speed v, and point B, 5.3 m higher than A, with speed v/2. Calculate the maximum height reached by the stone above point B. Homework Equations v(final) = v(initial) + at x(final) = x(initial) +...
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