The bubble diameter at the time of detachment from the surface can be worked out from the relation proposed by Fritz and is given by

The bubble diameter at the time of detachment from the surface can be

1.	The bubble diameter at the time of detachment from the surface can be worked out from the relation proposed by Fritz and is given by
A.	C <sub>d </sub> [2 /g (p <sub>t </sub> p <sub>v</sub>)].
B.	C <sub>d </sub> [2 /g (p <sub>t </sub> p <sub>v</sub>)] <sup>3/2</sup>
C.	C <sub>d </sub> [2 /g (p <sub>t </sub> p <sub>v</sub>)] <sup>1/2<strong></strong></sup>
D.	C <sub>d </sub> [2 /g (p <sub>t </sub> p <sub>v</sub>)] <sup>5/2</sup>
Answer» D. C <sub>d </sub> [2 /g (p <sub>t </sub> p <sub>v</sub>)] <sup>5/2</sup>