Question

9. Two tubes of different cross-sectional radii are connected horizontally. The speed of a fluid of density 3250 kg/m³ in the first and second tube respectively are 2.0 m/s and 0.9 m/s. If the pressure of the fluid in the first tube is 5e3 Pa, calculate the pressure of the fluid in the second tube. (1 point) A. 8506.323 Pa B. 12605.531 Pa C. 16728.745 Pa D. 10183.75 Pa E. 14731.786 Pa 10. Two tubes of different cross-sectional radii are connected together with the first tube elevated 0.6 m above the second tube. The speed of a fluid of density 2000 kg/m³ in the first and second tube respectively are 1.5 m/s and 0.5 m/s. If the pressure of the fluid in the first tube is 5e3 Pa, calculate the pressure of the fluid in the second tube. (1 point) A. 18760 Pa B. 25741.75 Pa C. 23818.547 Pa D. 34527.394 Pa E. 3572.547 Pa

          9. Two tubes of different cross-sectional radii are
connected horizontally. The speed of a fluid of
density 3250 kg/m³ in the first and second tube respectively
are 2.0 m/s and 0.9 m/s. If the pressure of the fluid
in the first tube is 5e3 Pa, calculate the pressure
of the fluid in the second tube. (1 point)
A. 8506.323 Pa
B. 12605.531 Pa
C. 16728.745 Pa
D. 10183.75 Pa
E. 14731.786 Pa
10. Two tubes of different cross-sectional radii are
connected together with the first tube
elevated 0.6 m above the second tube. The speed of a fluid of
density 2000 kg/m³ in the first and second tube respectively
are 1.5 m/s and 0.5 m/s. If the pressure of the fluid
in the first tube is 5e3 Pa, calculate the pressure
of the fluid in the second tube. (1 point)
A. 18760 Pa
B. 25741.75 Pa
C. 23818.547 Pa
D. 34527.394 Pa
E. 3572.547 Pa

9. Two tubes of different cross-sectional radii are
connected horizontally. The speed of a fluid of
density 3250 kg/m³ in the first and second tube respectively
are 2.0 m/s and 0.9 m/s. If the pressure of the fluid
in the first tube is 5e3 Pa, calculate the pressure
of the fluid in the second tube. (1 point)
A. 8506.323 Pa
B. 12605.531 Pa
C. 16728.745 Pa
D. 10183.75 Pa
E. 14731.786 Pa
10. Two tubes of different cross-sectional radii are
connected together with the first tube
elevated 0.6 m above the second tube. The speed of a fluid of
density 2000 kg/m³ in the first and second tube respectively
are 1.5 m/s and 0.5 m/s. If the pressure of the fluid
in the first tube is 5e3 Pa, calculate the pressure
of the fluid in the second tube. (1 point)
A. 18760 Pa
B. 25741.75 Pa
C. 23818.547 Pa
D. 34527.394 Pa
E. 3572.547 Pa

Added by James S.

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