half time period

The time required for the decay of the radioactive element to one half of its original amount is called Half-Life Period..

The time required for the decay of the radioactive element to one half of its original amount is called Half-Life Period . It is denoted by t 1 / 2 . Putting these values in equation (iii), we get ..

It is the time taken by a satellite to complete one revolution around the Earth. Circumference of a circle of radius R + h is 2 p (R+h). Let T be the time period, v the velocity and h the height of the satellite above the Earth's surface. Substituting in the equa..

Wavelength, Frequency and Time Period - Wavelength, frequency and time period describe a wave. Now let us define these terms. Wavelength is defined as the distance between the two nearest points on the wave or it can be defined as the distance between two con..

Wavelength is defined as the distance between the two nearest points on the wave or it can be defined as the distance between two consecutive crests or troughs in the case of a transverse wave or it is the distance between two consecutive compressions or rarefaction..

Half Life of a Reaction - Half life of a reaction is defined as the time required for reducing the concentration of a reactant to half its initial value. It is denoted as t 1 / 2 . As discussed before, the t 1 / 2 of a zero order reaction is given as In gener..

Let u be the frequency of a wave. That is, the number of vibrations completed by a particle in one second is u . Time taken to complete u vibrations = 1 second. . But time taken to complete one vibration is defined as the time period of the wa..

A simple pendulum whose time period is two seconds (i.e., on Earth) is called a Seconds Pendulum. A Seconds Pendulum is used in Pendulum clock..

It is the time taken by the particle executing SHM, to complete one oscillation i.e., a to and fro motion. It will be equal to the time taken by the body to complete one revolution or the circle of referen..

The period of wave motion is the time in which a particle of the medium completes one oscillation i.e., a to and fro motion about its mean positio..