Question

A dimensionally consistent relation for the volume of a liquid of coefficient of viscosity flowing per second, through a tube of radius and length and pressure difference across its ends,is

Answer 1

Thank you for asking this question from us. As you haven't written the options for the answer, so I will let you know the way to solve the query. As length and radius have same dimensions, so this question can not be solved with the dimensional method. So, you need to put the dimensions of all quantities in each option. The option which will give you an L cube dimension by this solution will be the right answer. I hope this answer will be helpful for you.

Answer 2

Answer: I have attached a document which has an handwritten solution of your asked question.

Please mark it as the brainliest. Hope it help you. Have a nice day. Best Wishes !    

Explanation:

a452258a8db716e77779482e02049b1f.pdf