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Water, pressurized to 3.00 × 10 ° Pa, flows through a pipe at 5.25 m's. Somewhere along its length, the pipe contracts to 1/2 of its former cross sectional area. What are the pressure and speed of the water in the narrower portion of the pipe? (Density of water = 1 × 10 ³ kg/m ³.) O a.4.59E+5 Pa, 10.5 m/s O b. 3.00E+5 Pa, 2.63 m/s O. 2.59E+5 Pa, 10.5 m/s Od.3.00E+5 Pa, 10.5 m/s e. 2.59E+5 Pa, 2.63 m/s

Water, pressurized to 3.00 × 10 ° Pa, flows through a pipe at 5.25 m's. Somewhere along its length, the pipe contracts to 1/2 of its former cross sectional area. What are the pressure and speed of the water in the narrower portion of the pipe? (Density of water = 1 × 10 ³ kg/m ³.) O a.4.59E+5 Pa, 10.5 m/s O b. 3.00E+5 Pa, 2.63 m/s O. 2.59E+5 Pa, 10.5 m/s Od.3.00E+5 Pa, 10.5 m/s e. 2.59E+5 Pa, 2.63 m/s

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Water, pressurized to 3.00 x 10° Pa, flows through a pipe at 5.25 m/s. Somewhere along its length, the pipe contracts to 1/2 of its former cross sectional area. What are the pressure and speed of the water in the narrower portion of the pipe? (Density of water = 1 x 10 3 kg/m ³) O a. 4.59E+5 Pa, 10.5 m/s O b. 3.00E+5 Pa, 2.63 m/s O. 2.59E+5 Pa, 10.5 m/s O d. 3.00E+5 Pa, 10.5 m/s O .2.59E+5 Pa, 2.63 m/s
Transcribed Image Text:Water, pressurized to 3.00 x 10° Pa, flows through a pipe at 5.25 m/s. Somewhere along its length, the pipe contracts to 1/2 of its former cross sectional area. What are the pressure and speed of the water in the narrower portion of the pipe? (Density of water = 1 x 10 3 kg/m ³) O a. 4.59E+5 Pa, 10.5 m/s O b. 3.00E+5 Pa, 2.63 m/s O. 2.59E+5 Pa, 10.5 m/s O d. 3.00E+5 Pa, 10.5 m/s O .2.59E+5 Pa, 2.63 m/s
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