The inclination angle of a particle of mass m is adjustable, located on the moving edge. Inclined plane is horizontal at time t = 0 is in position. At t>0 moveable edge of the inclined plante is lifted by constant angular velocity of w to allow mass m to start to moving. Write down the Lagrangian equation of the mass m.
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The inclination angle of a particle of mass m is adjustable, located on the moving edge. Inclined plane is horizontal at time t = 0 is in position. At t>0 moveable edge of the inclined plante is lifted by constant
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- Please correct answerA narrow hole is drilled through the centre of a uniform sphere of mass M and radius a. Find the gravitational force exerted on a particle of mass m which is inside the hole at a distance r from the centre.Consider the objects on the coordinate grid: a rod with m, = 5.25 kg, a right triangle with m, = 36.0 kg, and a square with m, = 4.45 kg. Calculate the center of gravity for the system. Assume the objects are uniform. (Give the coordinates of the center of gravity in m.) у (m) (9, 7) (-5, 5) (2,7) (8, 5) mo (-2, 2) (4, 1) x (m) x-coordinate y-coordinate m
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