Solve the problem.
-Ultraviolet solar radiation (UV) is strongly absorbed by ocean water. The intensity of the UV at a particular depth can be calculated using the equation where d is the depth in centimeters is the
Intensity at the surface, and I is the intensity at depth d. Find the depth at which the intensity is 20% of its value
At the surface. Round to the nearest tenth when necessary.

Question

Solve the problem.
-Ultraviolet solar radiation (UV) is strongly absorbed by ocean water. The intensity of the UV at a particular depth can be calculated using the equation  where d is the depth in centimeters  is the
Intensity at the surface, and I is the intensity at depth d. Find the depth at which the intensity is 20% of its value
At the surface. Round to the nearest tenth when necessary.

Quizplus · Accepted Answer

The Answer of Solve the problem.
-Ultraviolet solar radiation (UV) is strongly absorbed by ocean water. The intensity of the UV at a particular depth can be calculated using the equation  where d is the depth in centimeters  is the
Intensity at the surface, and I is the intensity at depth d. Find the depth at which the intensity is 20% of its value
At the surface. Round to the nearest tenth when necessary.

Solve the Problem. -Ultraviolet Solar Radiation (UV) Is Strongly Absorbed by Ocean Water