Problem #6: A circular oil slick spreads in such a way that its radius is increasing at a rate o

Question

Madhur L · Answer

Hello students here we have DR by DT is equal to 6 meter per hour. We need to calculate DA by DT

Razan K · Answer

Hi there, in this problem it is given that a circular oil click has radius increasing with the r

Supreeta N · Answer

Hi, today we are going to solve the problem which we are given that the radius of the circular o

Vishal Parmar · Answer

the radius of the circular old slick expands at a rate of 2 meter per minute right so rate of ch

Babita Kumari · Answer

Hello, I have a question. It says that the radius of a circular oil slick expands at a rate of 3

Problem #6: A circular oil slick spreads in such a way that its radius is increasing at a rate of 4 m/h. How fast is the area of the slick changing when the radius is 70 m?