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Doppler Effect in Light Waves

7.In space of...

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7.In space of horizontal electric field (E = mg/q ) exist as shown in figure and a mass m attached at the end of a light rod. If mass m is released from the position shown in figure. Find the angular velocity of the rod when it passes through the bottom most point

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Q. In space of horizontal Electric field

(E = (m g) / q)

exist as shown in figure and a mass

m

attached at the end of a light rod. If mass

m

is released from the position shown in figure, find the angular velocity of the rod when it passes through the bottom most position:

m

has given a charge

+ q

is attached at the end of a light rod. A horizontal uniform electric field is exist as shown in the figure. If the mass is released from the position shown in figure, find the angular velocity of the rod when it passes through the bottom most position.

Q. A uniform thin rod of length

l

m

is hinged at a distance

l / 4

from one of the end released from horizontal position as shown in figure. The angular velocity of the rod as it passes the vertical position is

Q. A rigid massless rod of length

3 l

has two masses attached at each end as shown in the figure. The rod is pivoted at point P on the horizontal axis (see figure). When released from initial horizontal position, its instantaneous angular acceleration will be:

Q. A uniform rod is hinged, as shown in the figure. It is released from horizontal position. The angular velocity of the rod, as it passes through the vertical position, is :

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