⭐️⭐️⭐️ QUESTION ⭐️⭐️⭐️
● When a pendulum is taken to the moon explain whether the time period will increase or decrease ?
● How does the percentage error depend on the least count ?Explain with an example.
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1.The time period of a simple pendulumvaries inversely as the square root of the gravitational acceleration. Hence the pendulum's time period will increase. In other words, it will takemore time to complete one cycle, and hence it will lose time.
2.just imagine we are using a simple ruler.
the least count would be = 0.1cm
if we are measuring something 4 cm long, we would write it with the uncertainity in this way.
(4+/- 0.1)
to calculate the percentage error..we divide the uncertainity with the measurement value and multiply by hundred
In this case it would be:
0.1/4 x 100 = 2.5%
HOPE IT HELPS YOU.......❤❤☺☺
1.The time period of a simple pendulumvaries inversely as the square root of the gravitational acceleration. Hence the pendulum's time period will increase. In other words, it will takemore time to complete one cycle, and hence it will lose time.
2.just imagine we are using a simple ruler.
the least count would be = 0.1cm
if we are measuring something 4 cm long, we would write it with the uncertainity in this way.
(4+/- 0.1)
to calculate the percentage error..we divide the uncertainity with the measurement value and multiply by hundred
In this case it would be:
0.1/4 x 100 = 2.5%
HOPE IT HELPS YOU.......❤❤☺☺
divyata60:
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