From the figure below, piston A has a diameter of 5cm and piston B is 10cm. the intervening passage is filled with kerosene. 10. Calculate the pressure difference between A and B. a. 16.677 kPa b....


From the figure below, piston A has a diameter of 5cm and piston B is 10cm. the intervening<br>passage is filled with kerosene.<br>10. Calculate the pressure difference between A and B.<br>a. 16.677 kPa<br>b. 39.240 kPa<br>dB= 15 cm<br>c. 19.620 kPa<br>d. 51.7968 kPa<br>11. If 150N is applied to piston A. What is the pressure at pt.<br>B. Neglect piston weights?<br>а. 84.88 kPа<br>dA= 5 cm<br>B<br>6m<br>b. 76.394 kPa<br>A<br>C. 142.48 kPa<br>d. 50.20 kPa<br>12. What is the magnitude of the that can be resisted by<br>SG = 0.88<br>piston B?<br>а. 25.40 kPа<br>b. 136.70 kPa<br>c. 37.20 kPa<br>d. 150.80 kPa<br>

Extracted text: From the figure below, piston A has a diameter of 5cm and piston B is 10cm. the intervening passage is filled with kerosene. 10. Calculate the pressure difference between A and B. a. 16.677 kPa b. 39.240 kPa dB= 15 cm c. 19.620 kPa d. 51.7968 kPa 11. If 150N is applied to piston A. What is the pressure at pt. B. Neglect piston weights? а. 84.88 kPа dA= 5 cm B 6m b. 76.394 kPa A C. 142.48 kPa d. 50.20 kPa 12. What is the magnitude of the that can be resisted by SG = 0.88 piston B? а. 25.40 kPа b. 136.70 kPa c. 37.20 kPa d. 150.80 kPa

Jun 10, 2022
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