Q.2 (a) Answer the following questions (i) Explain the concept of equilibrium for a particle. (ii) State the procedure for drawing a free-body diagram. (iii) What is the condition for a particle subjected to multiple three- dimensional forces in the x, y, and z components to be in equilibrium? (b) Two forces of P = 100 N and Q = 50 N acted on the pole, as shown in Figure Q.2(b). Neglect the mass of the pole. (i) Solve the resultant moment on the pole about R if = 78. (ii) Solve the angle, 0, when the resultant moment on the pole about R is zero. P 10 m, 150° 5 m 620 Q

Q.2 (a) Answer the following questions (i) Explain the concept of equilibrium for a particle. (ii) State the procedure for drawing a free-body diagram. (iii) What is the condition for a particle subjected to multiple three- dimensional forces in the x, y, and z components to be in equilibrium? (b) Two forces of P = 100 N and Q = 50 N acted on the pole, as shown in Figure Q.2(b). Neglect the mass of the pole. (i) Solve the resultant moment on the pole about R if = 78. (ii) Solve the angle, 0, when the resultant moment on the pole about R is zero. P 10 m, 150° 5 m 620 Q

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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