Consider figure. Suppose the voltage applied to A is increased. The diffracted beam will have the maximum at a value of `theta` that

Consider the fundamental physics for class XII. Suppose the voltage applied to A is increased. The diffracted beam will have the maximum at a value of theta that

The maximum value of sin theta is:

The maximum value of cos theta is :

Consider arrangement shown In figure for davisson-Germer experiment when voltage applied to A is increased in diffracted beam will have maximum number of electron for value diffraction angle (theta) such that…..

The maximum value of sin theta cos theta is :

The maximum value of sin theta cos theta is :

The maximum value of cos theta + sin theta , if

Maximum value of (cos theta-sin theta) is :

If voltage applied on a capacitor is increased from V to 2V:

In Davisson-Germer electron diffraction arrangement if suppose the voltage applied to accelerated electrons is increased, the value of the angles at which diffracted beam have the maximum intensity