(3) A cylinder with a cross section S with a frictionless piston with a mass of M is fixed at the angle 0 in a vertical direction, as shown in Fig. 1- 3. Find the pressure inside the cylinder. The atmospheric pressure is denoted as po and the acceleration of gravity is denoted as g. (b) (e) (h) (a) (d) Po + MgS cos 0 Po - MgS sin 0 Po + sin 0 Po - MgS cos 0 Po + cos 0 Po - sin 0 S M (c) (f) Po + MgS sin 0 Po - cos 0

(3) A cylinder with a cross section S with a frictionless piston with a mass of M is fixed at the angle 0 in a vertical direction, as shown in Fig. 1- 3. Find the pressure inside the cylinder. The atmospheric pressure is denoted as po and the acceleration of gravity is denoted as g. (b) (e) (h) (a) (d) Po + MgS cos 0 Po - MgS sin 0 Po + sin 0 Po - MgS cos 0 Po + cos 0 Po - sin 0 S M (c) (f) Po + MgS sin 0 Po - cos 0

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Description: (3) A cylinder with a cross section S with a frictionless piston with a massof M is fixed at the angle 0 in a vertical direction, as shown in Fig. 1-3. Find the pressure inside the cylinder. The atmospheric pressure isdenoted as po and the accelerat

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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