Correct answer is written below. Detailed and complete solution only. I will upvote, thank you. SITUATION 9: The Fig. CON-234 shows a pellet about to be fired from a sling. The totalunstretched length of the rubber band is 80 mm. The rubber band elongates 1 mmfor every 15 N force.Given: a = 100 mm, b = 40 mm1. As the pellet is about to be released, how much is the total elongation, inmm, of the rubber band?2. What is the force (N) exerted on each leg of the rubber band?3. What is the pulling force (N)?ANSWERS: 124 mm; 930 N; 1824 NFig. CON-234

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Answered: SITUATION 9: The Fig. CON-234 shows a…

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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F2 F2 Fig. Q1.a. Complete 3D view Fig. Q1.b. Front view Fig. Q1.c. Cross section Point P is on the inclined plane (i.e., shaded plane) and on the front surface of the beam, which is subjected to external force F: (Fig. Q1.a.). The shaded plane is inclined by angle e with respect to negative Z axis (Fig. Q1.b.). The point P is in-plane stress state – stresses in X axis are zero - since point P is on the beam surface. At the point P, a normal vector of the cross-section, of which angle with Z axis is zero, is in parallel with Z axis. The cross-section dimension is shown in Fig. Q1.c. Assumption: Disregard Poisson's effect. Given: F = 50 N; h = 220 mm; w = 900 mm 1. Draw a 2D Mohr's circle (M.C.) – present explicitly radius, center, and principal stresses in the M.C. - by considering only stress components in Y-Z space at point P in Fig. Q1.b. - 2. For a case when 0 is 35°, please calculate a normal stress and a shear stress, which occur on the shaded plane, at point P. Also, draw the…

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