Elements Of Electromagnetics
7th Edition
ISBN: 9780190698614
Author: Sadiku, Matthew N. O.
Publisher: Oxford University Press
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determine the reaction forces at all suports
Transcribed Image Text:C
30 N
1 m
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B
A
k
2 m
k
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E
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- 4 kN Q3: Find the reactions for the following 35 KN 25 kN/m 40 3 kN/m B 72 KN.m D 1.5 m 1.5 marrow_forwardHode Resultant, moment, Equilibrium R. Find the ventical componcut For the system shown in Ria.t AF (Fig.L) Fx=86 N find the moment of force(looN) a bout peint (A) and (B) as shown in fiq, 2. Br. 10ON 3m O De termine the magnitude and divection of force (f) fon the equilibnium system shown I'n fig.3. 200N 49 500M 60 10arrow_forwardFind reactions of R1 and R2 10 KN/m 8 KW/m 1a KN /m R2 1.5 m 4 m 3 m 1.5 marrow_forward
- 5. Neglect the mass of the beam, compute the reactions at A and B. 600 lb Fea- 150 lb/ft A 7200 lb ft 6 ft - -6 ft- 12 ftarrow_forwardNonearrow_forwardFind the magnitude and sense of the forces required along the given lines of action, A and B, for equilibrium. Show the locations of the forces on the diagram. A HA 70# A 30# 2' 2' 8' 120# B 2' 2' 70#arrow_forward
- 300N 200N 400 N 3. For the system shown, a. Determine the equivalent forc e-couple - 3m - 4m system at the base at C. Express resultants in vector fom. (Hint: This is not a static equilibrium problem) b. Write the rea ction forces at C support in vector form the 2 m 600 Nm 200 N 7 marrow_forwardA man raises a (10 kg)joist ar equilibrium state of length 4 m) pulling on a rope. Find the tension m. the 25 4 m rope and the reaction at A. 45°arrow_forward
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