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Question

AB ELECTRICALLY CHARGED PARTICAL ACCELERATES UNIFORMLY FROM REST TO SPEED V WHILE TRAVLEING A DISTANCE X. A) SHOW THAT THE ACCERATION OF THE PARTICLLE IS A=V^2/2X. B) IF THE PARTICLE STARTS FROM REST AND REACHES A SPEED OF 1.8*10^7m, SHOW THAT ITS ACCELERATION IS 1.6*10^15 m/s.

Solution

x) xxx particlle xxxxxxxxxxx uniformly xxxx xxxx xx speed x. Hence xxx xxxxxxx xxxxxxxy is [x+x]/x = x/x. xxxxxxxx xxxxxxxx is xxxxxxx velocity*time x = = vt/2------------1 --------------------------------------… Acceleration xx xxxxxx xx velocity / time. x = x-x/x = x/x------------------------x --------------------------------------… xxxxxxxxxxxx xxx x from x in xxxxxxxx x x = x/x = x/ ( xx/x) = x^x/xx ================================ x) a = v^2/2x = [x.x x 10^7]^2/ {x*x.x) = x.xx+xx x/x^x

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AB ELECTRICALLY CHARGED PARTICAL ACCELERATES UNIFORMLY FROM REST TO SPEED V WHILE TRAVLEING A DISTANCE X. A) SHOW THAT THE ACCERATION OF THE PARTICLLE IS A=V^2/2X. B) IF THE PARTICLE STARTS FROM REST AND REACHES A SPEED OF 1.8*10^7m, SHOW THAT ITS ACCELERATION IS 1.6*10^15 m/s.
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