A hydraulic press is composed of two cylindrical reservoirs of R1 and R2 rays. The plungers in this press are extremely light and can move virtually frictionless and perfectly adjusted to their respective cylinders. The fluid that fills the press reservoirs is low density and can be considered incompressible. When in balance, the F2 force supported by the larger plunger is 100 times higher than the F1 force supported by the smaller one. Thus, the R2 / R1 ratio between the rays of the emboli, is worth approximately: a) 100 b) 50 c) 10 d) 1000 e) 200
A hydraulic press is composed of two cylindrical reservoirs of R1 and R2 rays. The plungers in this press are extremely light and can move virtually frictionless and perfectly adjusted to their respective cylinders. The fluid that fills the press reservoirs is low density and can be considered incompressible. When in balance, the F2 force supported by the larger plunger is 100 times higher than the F1 force supported by the smaller one. Thus, the R2 / R1 ratio between the rays of the emboli, is worth approximately: a) 100 b) 50 c) 10 d) 1000 e) 200
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A hydraulic press is composed of two cylindrical reservoirs of R1 and R2 rays.
The plungers in this press are extremely light and can move virtually frictionless and perfectly adjusted to their respective cylinders. The fluid that fills the press reservoirs is low density and can be considered incompressible. When in balance, the F2 force supported by the larger plunger is 100 times higher than the F1 force supported by the smaller one. Thus, the R2 / R1 ratio between the rays of the emboli, is worth approximately:
a) 100
b) 50
c) 10
d) 1000
e) 200
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