The amount of air present in the cylinder when a vacuum pump removes each time `1/4` of the Air remaining in the cylinder. Will the sequence form an `AdotPdot` ?

The amount of air present in the cylinder when a vacuum pump removes each time 1/4 of the air remaining in the cylinder. Will the sequence form an A.P. ?

The amount of air present in the cylinder when a vacuum pump removes each time (1)/(4) of their remaining in the cylinder.Will the sequence form an Adot P*?

In which of the following situations, does the list of numbers involved make an arithmetic progression, and why ? :- The amount of air present in a cylinder when a vacuum pump removes 1/4 of the air remaining in the cylinder at a time.

In which of the following situations, does the list of numbers involved make an arithmetic progression, and why ? The amount of air present in a cylinder when a vacuum pump removes 1/4 of the air remaining in the cylinder at a time.

In which of the following situations,does the list of numbers involved make an arithmetic progression,and why?(ii)The amount of air present in a cylinder when a vacuum pump remove 1/4 of the air remaining in the cylinder at a time .

In which of the following situations, does the list of numbers involved make an arithmetic progression , and why ? The amount of air present in a cylinder when a vacuum pump removes 1/4 of the air remaining in the cylinder at a time .

In which of the following situations, does the list of numbers involved make arithmetic progression, and why ? The amount of air present in a cylinder when a vacuum pump removes (1)/(4) of the air remaining in the cylinder at a time.

In which of the following situations , does the list of numbers of involved make an arithmetic progression , and why ? The amount of air present in a cylinder when a vacumm pump removes 1/4 of the air remaining in the cylinder at a time .

In which of the following situations, does the list of numbers involved make an arithmetic progression, and why? (ii) The amount of air present in a cylinder when a vacuum pump removes 1//4^(th) of the air remaining in the cylinder at a time.