question 15 of 25\nan engineer is designing a submersible camera that can record life on the ocean floor…

question 15 of 25\nan engineer is designing a submersible camera that can record life on the ocean floor. which model would be the most useful in this situation?\na. a conceptual model describing how ocean water absorbs light\nb. a computer model predicting how a camera lens might perform at various ocean depths\nc. a mathematical model graphing water temperature at various depths\nd. a physical model showing the shape of an underwater volcano

question 15 of 25\nan engineer is designing a submersible camera that can record life on the ocean floor. which model would be the most useful in this situation?\na. a conceptual model describing how ocean water absorbs light\nb. a computer model predicting how a camera lens might perform at various ocean depths\nc. a mathematical model graphing water temperature at various depths\nd. a physical model showing the shape of an underwater volcano

Answer

Brief Explanations:

The engineer is designing a submersible camera. A computer model predicting camera - lens performance at various ocean depths is directly relevant to the camera's functionality in the ocean environment. Option A focuses on light absorption in ocean water rather than the camera. Option C is about water temperature and not the camera. Option D is about the shape of an underwater volcano, which is not related to the camera's design.

Answer:

B. A computer model predicting how a camera lens might perform at various ocean depths