Q. The steady- state flow must satisfy

  • (A) kirchhoff’s law
  • (B) newtons law
  • (C) rutherford’s experiment
  • (D) kepler’s law
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βœ… Correct Answer: (A) kirchhoff’s law
Explanation: the steady state flow must satisfy kirchhoff’s first and second law. the first law states that the total flow into the junction equals the total flow away from the junction. second law is called as the law of conservation of mass. it states that between two junctions, the head loss is independent of the path followed.

Explanation by: Mr. Dubey
the steady state flow must satisfy kirchhoff’s first and second law. the first law states that the total flow into the junction equals the total flow away from the junction. second law is called as the law of conservation of mass. it states that between two junctions, the head loss is independent of the path followed.

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