A steady, incompressible fluid flows in a channel where the velocity field is given by u = 4x, v = −4y, w = 0.

Question

A steady, incompressible fluid flows in a channel where the velocity field is given by u = 4x, v = −4y, w = 0. Which statement best describes whether the continuity equation in Cartesian coordinates is satisfied for this flow?

Examoogle · Accepted Answer

Option D: The continuity equation is satisfied everywhere in the flow field.

Explanation & Concepts:
Practice and solve "A steady, incompressible fluid flows in a channel where the velocity field is given by u = 4x, v = −..." for Part 5 Domain Knowledge - CIL MT Industrial Engineering 2026. The correct answer is Option D: The continuity equation is satisfied everywhere in the flow field.. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.

Examoogle · Answer

Option A: The continuity equation holds only if the flow is compressible.

Examoogle · Answer

Option B: The continuity equation is not satisfied at any point in the field.

Examoogle · Answer

Option C: The continuity equation is only satisfied at the channel boundaries.

Correct Answer

Concept & Solution

Discussion (0)

Correct Answer

Concept & Solution

Related Questions

Discussion (0)