[" 12.The relation between linear speed "v" ,angular speed "omega" and angular "],[" acceleration "alpha" in circular motion is "],[" a) "alpha=(av)/(omega)],[" b) "alpha=(y omega)/(a)],[" d) "alpha-(omega)/(omega)]

Give the relation between linear speed and angular speed (omega) .

The angular speed omega is given by

According to Bohr's theory the angular speed omega of electron related to n is

Find the dimensions of a. angular speed omega angular acceleration alpha torque tau and d. moment of interia I . . Some of the equations involving these quantities are omega=(theta_2-theta_1)/(t_2-t_1), alpha = (omega_2-omega_1)/(t_2-t_1), tau= F.r and I=mr^2 The symbols have standard meanings.

Find the dimensions of a. angular speed omega angular acceleration alpha torque tau and d. moment of interia I. . Some of the equations involving these quantities are omega=(theta_2-theta_1)/(t_2-t_1), alpha = (omega_2-omega_1)/(t_2-t_1), tau= F.r and I=mr^2 The symbols have standard meanings.

Find the dimensions of a. angular speed omega angular acceleration alpha torque tau and d. moment of interia I . . Some of the equations involving these quantities are omega=(theta_2-theta_1)/(t_2-t_1), alpha = (omega_2-omega_1)/(t_2-t_1), tau= F.r and I=mr^2 The symbols have standard meanings.

According to Bohr's theory, the angular speed (omega) of electron related to n as

The angular velocity and angular acceleration of the pivoted rod are given as omega and alpha respectively. Fid the x and y components of acceleration of B .

The angular velocity and angular acceleration of the pivoted rod are given as omega and alpha respectively. Fid the x and y components of acceleration of B .