The equation of continuity applied to an incompressible ideal fluid flowing through a pipe of varying diameter is based on what of the following being conserved for the fluid in the pipe?
a. its kinetic energy
c. its flow rate
b. its momentum
d. its potential energy
C
You might also like to view...
The ____________________ of the sun is composed of ionized gas and produces a continuous spectrum with a superimposed emission spectrum
Fill in the blank(s) with correct word
During aerobic respiration, glucose becomes _______________ (as it gives up electrons) and coenzymes become _______________ (as they accept electrons)
Fill in the blank(s) with correct word
One type of early protocell (pre-cells) probably consisted of small droplets of
A) water B) clay C) concentrated amino acids D) nucleic acids
The flow rate of a liquid through a 4.0-cm-radius pipe is 0.0080 m3/s. The average fluid speed in the pipe is
a. 0.040 m/s. b. 0.0050 m/s. c. 0.16 m/s. d. 1.6 m/s. e. 16 m/s.