are trolley of mass 1 kg is connected to Spring identical spring of spring constant hundred Newton per metre is true if the role is displaced by its mean position by 1 centimetre then maximum values to the trolley will be

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Q. A trolley of mass

3

kg, as shown in figure, is connected to two identical springs, each of spring constant

600 N m^{- 1}

. If the trolley is displaced from its equilibrium position by

5

cm and released, the maximum speed of the trolley is:

Q. A trolley of mass

3.0 k g

, as shown in figure, is connected to two springs, each of spring has spring constant

600 N m^{- 3}

. If the trolley is displaced from its equilibrium position by

5.0 c m

and released, what is:
a) the period of ensuring oscillations, and
b) the maximum speed of the trolley?

Q. A trolley of mass m is connected to two identical springs, each of force constant k, as shown in figure. The trolley is displaced from its equilibrium position by a distance x and released. The trolley executes simple harmonic motion of period T. After some time it comes to rest due to friction. The total energy dissipated as heat is (assume the damping force to be weak)

A trolley of mass m is connected to two identical springs, each of force constant k, as shown in figure. The trolley is displaced from its equilibrium position by a distance x and released. The trolley executes simple harmonic motion of period T. After some time it comes to rest due to friction. The total energy dissipated as heat is (assume the damping force to be weak)

Q. In damped oscillation mass is

1 k g

and spring constant

= 100 N / m

, damping coefficeint

= 0.5 k g s^{- 1}

. If the mass displaced by

10 c m

from its mean position then what will be the value of its mechanical energy after

4

seconds?

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