= Compressive Force the connecting Rod EE Piston Effort 120 Guide Force Fig. P-1 Fie. P-2 Tools: sin A sin B sin c' :EF cos0=0; F sin0.=0. R = Ev) + (EH) ; tan EV ΣΗ Primary Balance. Two lines of reciprocating masses at A and B are to be balanced for PRIMARY forces by two lines of reciprocating pistons at C and D. Given that the cranks are rotated as shown in Fig. P-2 and ma = 0.75 kg, m3= 0.5 kg and mc = 1.0 kg determine the mass mp and the angle of its crank relative to A. All crank radii are the same. (Assume ri =r2=r3=1.0 m)

= Compressive Force the connecting Rod EE Piston Effort 120 Guide Force Fig. P-1 Fie. P-2 Tools: sin A sin B sin c' :EF cos0=0; F sin0.=0. R = Ev) + (EH) ; tan EV ΣΗ Primary Balance. Two lines of reciprocating masses at A and B are to be balanced for PRIMARY forces by two lines of reciprocating pistons at C and D. Given that the cranks are rotated as shown in Fig. P-2 and ma = 0.75 kg, m3= 0.5 kg and mc = 1.0 kg determine the mass mp and the angle of its crank relative to A. All crank radii are the same. (Assume ri =r2=r3=1.0 m)

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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Question

Make a FBD, find the value of m_D, and find the value of the angle.

K= Compressive Force
in the connecting Rod
EE Piston Eifort
70
120
F= Guide Force
Fig. P-1
Fig. P-2
Tools:
sin A sin B sin c
cose =0; EF sin 0.=0.
R
: tand =
ΣΗ
Primary Balance. Two lines of reciprocating masses at A and B are to be balanced for PRIMARY forces by two lines
of reciprocating pistons at C and D. Given that the cranks are rotated as shown in Fig. P-2 and ma = 0.75 kg, mB= 0.5
kg and mc = 1.0 kg determine the mass mp and the angle of its crank relative to A. All crank radii are the same.
(Assume ri = r2 =r3=1.0 m)

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