Assertion: Water in a `U`-tube executes `SHM`, the time period for mercury filled up to the same height in the `U`-tube be greater then that in case of water.
Reason:The amplitude of an oscilliating pendulum goes on increasing.

Water in U-tube executes S.H.M. Will the time period for mercury filled up to the same height in the U-tube be lesser or greater than that in case of water?

Alcohol in a U tube executes S.H.M. of time period T. Now, alcohol is replaced by water upto the same height in the U-tube What will be the effect on the time period?

What is the period of oscillation of a liquid contained in a U - tube executing shm ?

Water and oil are poured into the two limbs of a U-tube containig mercury. The interface of the mercury and the liquids are at the same height in both limbs. Determine the height of the water column h_(1) if that of the oil h_(2)=20cm . The density of the oil is 0.9 . .

Water and oil are poured into the two limbs of a U-tube containig mercury. The interface of the mercury and the liquids are at the same height in both limbs. Determine the height of the water column h_(1) if that of the oil h_(2)=20cm . The density of the oil is 0.9 . .

A U tube contains water and methylated spirit separted by mercury. The mercury colums in the tow arms are at the same level with 10 cm of water in one are and 12.5 cm of spirit in the other as shown in figure. The relative density of the spirit is

The cross-sectional area of the left limb of a U-tube is one-third of that of its right limb. It contains some mercury. The empty space in the left limb measures to 40 cm. If water is poured to fill it up, then find the rise of the mercury column in the right limb. (Specific gravity of mercury = 13.6)

Assertion : If amplitude of SHM is increased , time period of SHM will increase. Reason: If amplitude is increased, body have to travel more distance in one complete oscillation.