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Q2. A weight W (500+ R) N, is attached to the trolley-beam system shown in Fig. Q2. Knowing that a (1200+ R) mm, determine the reaction at B. (R = last two digits of your roll number) (M

Q2. A weight W (500+ R) N, is attached to the trolley-beam system shown in Fig. Q2. Knowing that a (1200+ R) mm, determine the reaction at B. (R = last two digits of your roll number) (M

Elements Of Electromagnetics
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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Please try to answer the question within 25-30 minutes here value of R is 48
Q2. A weight W = (500+ R) N, is attached to the trolley-beam system shown in Fig. Q2. Knowing that a = (1200 + R) mm, determine the reaction at B. (R = last two digits of your roll number) (Me Q3. A force P=(200+R) (250+ R)j +306 KN, is acting at origin of the co-ordinate system, and a moment M=(10+R(100-R)+304 Nm, is acting at (0.5,10,65m from origin Replace the given force system by equivalent wrenen system, and determine the point where the axis of wrench will pass through-z plane. (R-last two digits of your rell number) Q4. The bracket shown in Fig. Q4, subjected the loading as shown If P = (250+ R) N, and h = (200 + R) mm, determine the distance a for which the magnude of the reaction at B
Transcribed Image Text:Q2. A weight W = (500+ R) N, is attached to the trolley-beam system shown in Fig. Q2. Knowing that a = (1200 + R) mm, determine the reaction at B. (R = last two digits of your roll number) (Me Q3. A force P=(200+R) (250+ R)j +306 KN, is acting at origin of the co-ordinate system, and a moment M=(10+R(100-R)+304 Nm, is acting at (0.5,10,65m from origin Replace the given force system by equivalent wrenen system, and determine the point where the axis of wrench will pass through-z plane. (R-last two digits of your rell number) Q4. The bracket shown in Fig. Q4, subjected the loading as shown If P = (250+ R) N, and h = (200 + R) mm, determine the distance a for which the magnude of the reaction at B
A W D 55° Fig. Q2. B 1.4m 10.4 m
Transcribed Image Text:A W D 55° Fig. Q2. B 1.4m 10.4 m
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