a mass m is suspended at one end of a spring and the other end of the spring is fimly fixed on the celling. if the mass is slightly depressed and released it will execute oscillation. if this system is completely immersed in water then what happens to the oscillation?

a mass m is suspended at one end of a spring and the other end of the spring is fimly fixed on the celling. if the mass is slightly depressed and released it will execute oscillation. write down the expression for the frequency of oscillation of the mass.

a mass m is suspended at one end of a spring and the other end of the spring is fimly fixed on the celling. if the mass is slightly depressed and released it will execute oscillation. If the spring is cut into two equal halves and one half of the spring is used to suspend the same mass then obtain an expression for the ratio of periods of oscillation in two cases.

A spring of spring constant 'k' is used to suspend a mass 'm' at its free end while the other end of the spring is rigidly fixed. If the mass is slightly depressed and released, then name the motion of the mass.

A spring of spring constant 'k' is used to suspend a mass 'm' at its free end while the other end of the spring is rigidly fixed. If this system is taken into outer space then what happens to its period?Why?

Is oscillation of a mass suspended by a spring is simple harmonic?

A body tied a spherical pot with a string and suspended it on a clamp. He then filled it with water. Length of the string if 90cm and diameter of the pot is 20 cm . The pot is slightly displaced to one side and leave it to oscillate. Considering the above example as a simple pendulum ( g=9.8 ms^-2 ) What is the length of the pendulum?