A clock which keeps correct time at `20^(@)C`, is subjected to `40^(@)C`. If coefficient of linear expension of the pendulum is `12xx10^(-6//@)C`. How much will it gain or lose time?

A clock which keeps correct time at 20^(@)C is subjected to 40^(@)C. If coefficient of linear expansion of the pendulum is 12xx10^(-6)//"^(@)C. How much will it gain or loss in time ?

A clock which keeps correct time at 20^(@)C is subjected to 40^(@)C. If coefficient of linear expansion of the pendulum is 12xx10^(-6)//"^(@)C. How much will it gain or loss in time ?

A clock which keeps correct time at 20^(@)C is subjected to 40^(@)C. If coefficient of linear expansion of the pendulum is 12xx10^(-6)//"^(@)C. How much will it gain or loss in time ?

At a certain temperature the pendulum of a clock keeps correct time. The coefficient of linear expansion for the pendulum material = 1.85xx10^(-5)K^(-1) . How much will the clock gain or lose in 24 h if the ambient temperature is 10^(@)C higher?

A pendulum clock keeps correct time at 20^(@)C and coefficient of linear expansion of pendulum is 12xx10^(-6)//.^(@)C . If the room temperature increases to 40^(@)C , how many seconds the clock lose or gain per day?

At certain temperature the pendulum of clock keeps correct time. The coefficient of lienar expansion for the pendulum material is alpha=1.85xx10^(-5)@c^(-1) . How much will the clock gain or lose in 24 hours if the ambient temperature is 10^(@)C higher?

A clock which keeps correct time at 25^@C , has a pendulum made of brass. The coefficient of linear expansion for brass is 0.000019.^@C^(-1) . How many seconds a day will it gain if the ambient temperature falls to 0.^@C ?

A clock which keeps correct time at 25^@C , has a pendulum made of brass. The coefficient of linear expansion for brass is 0.000019.^@C^(-1) . How many seconds a day will it gain if the ambient temperature falls to 0.^@C ?