JEE Class main Answered
solve
Asked by eknathmote50 | 02 Jun, 2019, 14:23: PM
Expert Answer
When the mass is released at P, it moves towards O as shown in figure.
When it is moved upto the point O, change in gravitational potential energy and workdone by the electric field
to move the ball of charge q to the distance l sinθ are converted to kinetic energy of the ball at O
change in gravitational potential energy = m g l ( 1 - cosθ ) ..............................(1)
workdone by the electric field to move the ball of charge q = q×( mg/q )× l sinθ ..................(2)
By adding (1) and (2) with substitution θ = 45°, we get total energy = mg l ......................(3)
hence kinetic energy, (1/2)mv2 = m g l or ...........................(4)
angular velocity = ω = v / l or .
Answered by Thiyagarajan K | 02 Jun, 2019, 16:47: PM
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