A radioctive element disintegrates at a rate proportional to the eqantity of substance Q present at any time t. what is the differential equation of the disintegration ?

A radioactive element disintegrates at a rate proportional to the quantity of substance Q present at any time t . What is thhe differential equation of the disintegration ?

A radioactive substance disintegrates at as rate proportional to the amount of substance present. If 50% f the given amount disintegrates in 1600 years. What percentage of the substance disintegrates i 10 years ? (-log2)/(160)T a k ee=0. 9957

A radioactive substance disintegrates at as rate proportional to the amount of substance present. If 50% f the given amount disintegrates in 1600 years. What percentage of the substance disintegrates i 10 years ? (-log2)/(160)T a k ee=0. 9957

The amount present in a radio active element disintegrates a rate proportional to its amount the differntial equation corresponding to the above statement is (k is negative )

The rate of decreasing the radium is directly proportional to the amount 'Q' present in it. Represent it in the form of a differential equation.

If radium decoposes at a rate proportional to tha amount Q present, then the differential equation is

A radioactive element disintegrates for a time interval equal to its mean life. The fraction that has disintegrated is

A radioactive element disintegrates for a time interval equal to its mean life. The fraction that has disintegrated is

With time, the rate of radioactive disintegration :

The rate of disintegration at a given instant, is directly proportional to the number of atoms present at that instant. This is the statement of