Further it may be noted that the New Concept does not conflict in any way with Max Planck’s or Einstein’s theories but rather accommodates them.

In 1900, Max Planck developed a formula (his analysis led to a curve see Fig. 27) for blackbody radiation i.e. En = nhf   where n is a positive integer called a quantum number and f is the frequency of vibration of the molecules. The factor h is a constant, known as the Planck’s Constant, given by-  h = 6.626 x 10 -34  J. s  [ see C.P. Page 915].  So looking at this formula, we see that the New Concept leaves n, the positive integer, unaffected. Frequency ‘f ‘ is the number of cycles or vibrations per unit time.

From above it is observed that the unit of time   being used here  is a second. So according to the New Concept, Frequency would be-  ‘ f ‘ is the number of cycles or vibrations per Portion. [See 44 & 45]. Also in

 6.626 x  10  – 34   j. s  we see that  6.626 x 10  -34   remains unaffected by the New Concept; so we are now left with  j. s, here again, ’s’ becomes ‘ P’ and finally we are left  with j (Joule) which is a unit of Work in the SI System .  A Joule, i.e. j = N. m, is a Newton – meter. A Newton is defined as 1N = 1kg.m/s 2    [see page 80 a (4.3) Page 110 C.P.). Therefore j. s = Newton meter .s = 1kg.m/s 2.m s = 1kg m/s , which, according to the New Concept would be 1kg (1 ¸ 463.831) Chm2/P. As such, Planck’s constant according to the New Concept, would read as –

                                       h = 6.626 x 10 -34 1kg ( 1 x 463.831 Chm) 2 /P                                                                        

Note: – (18) The Speed of Light in Vacuum is   c »  3.00 x 10 8 m/ s    [see Physical Constants C. P.]. As per New Concept it would be c  »   [ 3.00 ¸ 463.831 ]  x  10 8 Chm/P

Einstein  modified and reinterpreted the work of Planck to show that the  Energy of a photon is proportional to the frequency of the electromagnetic wave i. e. Energy of a photon  is given by

E = h f.

Energy is the ability or capacity to do work. And Work = Force x Distance, also Force = Mass x Acceleration. Acceleration is the rate of change of velocity.