The given structure was supported by pin supports at points D and E. Member EF, DFG and BGC are connectedto each other by internal hinges at B and F and a slider at G. (The slider at G allows relative horizontal motionsof members BGC and DFG but constrains the vertical movement of members BGC and DFG. Calculate thesupport reactions due to pin supports and all internal hinge reactions. Show your calculation steps in detailand write your answers in the box below.E1 m3 kN/mBG1 mFA-t-1 m-|-1 m--1 m-2 mD

Consider the Beam BC as shown below, VB+VG=3×1+1+1+1VB+VG=12 ....... (1)Taking moment about…

Answered: E 1 m 3 kN/m B G I m F -1 m→ -1 m- 1 2…

Engineering

Mechanical Engineering

E 1 m 3 kN/m B G I m F -1 m→ -1 m- 1 2 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

See similar textbooks

Related questions

Q: (12î+8;)N t0,4) (5,4)m P(2,2) m GONM (5,0)m.

A: Consider the diagram: Horizontal force acting on P,Px=12+16Px=28 NVertical force acting on P,Py=8 N

Q: AB, AC 1.60 m 2.15 m 1.40 m 0.40 m B D 2.2

A: TO DETERMINE: Tension in cables AB AC and AD. FREE BODY DIAGRAM: SOLUTION: for equilibrium…

Q: MECHANICS H.W3 Delermine the resultant R of the two forces shown In the figure. G0 G00 N 400 N

Q: 200 kN 40 kN/m z (m) 1 2.5

A: "Since you have posted a question with multiple sub-parts, we will solve the first three sub-parts…

Q: 5IT Ebf d. oT3 E»(0 →AT) Show that is given by

A: given; show that Eb(0→λT)σT4 is given by ∫0f/TEbfσT3dfT

Q: "The reaction at A is * 40N 200 mm В 300 mm 20N 300mm 45°

A: Let FBX and FBY are the horizontal and the vertical reactions at the hinge support B respectively.…

Q: Q2/ The cable BC carries a tension of 750 N. Write this tension as a force T acting on point B in…

Q: Prove the following two equations: Strengh of Material G= K = E 2(1+v) E 3(1-2v)

Q: 5. F = x2i + czj – yk If the force is conservative, the value of the constant c is A. -2 В. 3 С. -5…

A: Find the value of C.

Q: A door of width 1.8 m can rotate if a moment of 20 Nm is applied. The minimum force that can be…

A: Given data Width = 1.8m Moment = 20 N-m

Q: Find the resultant force of the following? В. 3.5 m Fg = 600 N 0.5 m Fe=450 N 1.5 m 1 m 0.5 m 1.5 m…

Q: By referring the figure, in order to reduce the effort 'F', the distance 'd' must be 5. [A]…

A: The force acting on the tool is reduced when the distance became increases because while handling…

Q: u=7i-9j, w=-i-6j find w-u

Q: ratio of the MW 2 / MW 1 if t1 = 9 mins. and t2 = 7 mins.

A: Given, t1 = 9 mins. and t2 = 7 mins.

Q: The tension tensor at a point on the body is 21 0. 1 Oij = |1 022 1 1 Set 022 so that there is a…

Q: Hydraulic accumulator is a device used for a. Lifting heavy weights b. Storing the energy of the…

A: Let us discuss about hydraulic accumulator.

Q: Q1: The cable AB prevents bar OA from rotating clockwise about O. if the cable tension is 750N,…

Q: Q2/A/The reaction at A is * 40N 200 mm B T 300 mm | 20N 300mm A 45° 11.56 N 18.98 N 22.24 N 10.5 N…

Q: Find the resultant force of the following? 2m 3.5 m F- 600 N 0.5 m Fe 450 N 1.5m 1m 0.5 m 15 m y X

Q: Perform the operation g(t)=2t+5 f(t)= 2t+5 find: (g+f)(t)

Q: For the crane system, determine the hydraulic cylinder force required to lift a 3500 N load O21349 N…

A: To Find The hydraulic cylinder force required to lift. FBD: The free body diagram.

Q: 120 N/m 6 m 8. Determine the support reaction forces. O A) Ay = 140N, By = 160N %3D B) Ay = 100 N,…

Q: 8:3m V.A ヒo2m-メ Determine Cantroid Y dmax if M= 5 K N.n

Q: ᴅᴇᴛᴇʀeᴍɪɴᴇ ᴛʜᴇ ᴜɴɪᴠᴇʀꜱᴀʟ ꜱᴀʏʙᴏʟᴛ ᴠɪꜱᴄᴏꜱɪᴛʏ ᴏꜰ ᴡᴀᴛᴇʀ ᴀᴛ ᴛ=3ꜱ. ᴄᴏɴᴠᴇʀᴛ ᴛʜᴇ ᴀɴꜱᴡᴇʀ ᴛᴏ ᴘᴏɪꜱᴇꜱ

A: Answer is given below: As per the given data the calculation is made. If there will change in data…

Q: Q.3) The force applied to a rigid body can: (a) not be translated along its line of action (b) not…

A: Since force is a first rank tensor, that requires not only magnitude but direction also. The force…

Q: P14-1. Determine the work of the force when it displaces 2 m. k = 10 N/m 2 m 500 N Spring is…

A: Since you have posted a question with multiple sub-parts, we will solve the first three subparts for…

Q: Find the tension in DE. B D W 2W L12 L/2 L/2 4. L/2

A: Draw the free body diagram for the above system.

Q: Q6: The following force of mortality is given: Hy = 0.02 + - for 0sys 100. 100-y' 200-y Find 10918:

A: It is given that, μy=0.02+1100-y+2200-y for 0≤y≤100 10q10 needs to be calculated in this problem.

Q: 5. F = x²i+ czj- yk If the force is conservative, the value of the constant c is O A OB O C O D OE…

A: To find: The value of constant c. Given: The force is F=x2i+czj-yk. The force is conservative.…

Q: v, m/s Parabolic 2 e.0 e.5 1.0 1.5 2.e t,s -1.5

A: Given that, At x=-4 mm, v=0 For 0 to 0.5 sec,x=at3+bt2+ct+d ......... (1)At t=0,…

Q: The 100 kg cylinder is suspended from the ceiling by cables attached at points B, C and D. Calculate…

A: ∑F=TAB+TAC+TAD-9.81=0rBA=(xB-xA)1 +0~(yB-yA)j^ + (zB-zA)k^ = (4i°+4j+zk^)m°r^BA= rBArBA=…

Q: Question 8 Given, a plane flies in a vertical loop as shown. VA = 80 m/s (constant) W = 130 N Find…

Q: 2 3 m3,JS3 M3 1 S3 B Ф1

Q: The following term remain constant when external force on the system is zero is

A: The following term remain constant when external force on the system is zero i - The total linear…

Q: 2. In the figure, D =0.5 ft; losses AB = 1.2 (v²/2g); losses BC = 0.8 (v²/2g). Determine the…

A: Given data: - The diameter of the pipe is D = 0.5 ft. The head loss between AB is hAB = 1.2v2/g.…

Q: the disc, r = . .mm isc = T r2 s of the disc, h = 10.5 mm %3D he disc, m = 803 g s of the…

A: Given

Q: (Find the Resultant Force when ( R_x = 160 Ib .A 25600lb .B 160lb .c 16lb .D 12.64lb

A: Rx= 160 lb Ry is not given. Hence, take it as zero. So, Ry= 0 lb To find: Resultant force, R

Q: 2. Draw a Free Body Diagram of this system. List the three Foroes acting on this system. 30

A: Givenblock sliding over inclined surface as shown below

Q: 1. The magnitude of the resultant force FR=F1+F2 in N: a) 70.8 b) 108.9 145.7 d) 241.4 e) None

A: (1)

Q: • F1 = 10 N@ 120° • F2 = 75 N@ -90 then, what is the direction of the resultant force on the…

Q: 1-What is the magnitude of the resultant force when (F1= 60j + 80k) N and (F2= 50i – 100j + 100k) N?…

Q: y h 0.3hl

A: The given shaded is as shown below, And the centroid of the triangle OAB is given as, y¯1=23h…

Q: 3.5 m 30° B Q0000

Q: 3 - The number of degrees f freedom that determines ne number of coordinates eneralized error 0 o…

A: It's true. The number of degree of freedom is equal to number of generalized coordinates in the…

Q: If a block is stationary, then the friction force acting on it Select one: a. = Hs.N b. s Hs.N C. 2…

Q: Q/Determine Hhe x and y Components of ti and F2 acting. on the beom Shown in below- 2= looN FI= 300…

Q: 045. A horizontal Y is shown in figure. Determine the X and Y components of the force exerted in the…

Q: Find the resultant force of the following? B. 3.5 m F- 600 N 0.5 m Fe 450 N 1.5 m 1m 0.5 m 1.5 m y…

A: The position of force along AC, rAC=-2i+2j+3k The unit vector along AC,…

Q: Determine angles Cable B to moin tain メ」 W=8ON quilibrium · 'smooth 140

A: Given dataWeight of the block A WA = 80NWeight of the block B WB=70NBoth the blocks are hanging on…

Q: J.5m F 2.5 Y.d=1.2

Concept explainers

Stress transformation

The term stress indicates the measure of internal forces that develop due to an external force's application on an object. When a specific external force is applied to an object, internal stress generates in the material. The value of stress can obtain by taking the ratio of the externally applied force and cross-sectional area of the object. There are different types of stress depending on the type of external force.

Question

The given structure was supported by pin supports at points D and E. Member EF, DFG and BGC are connected
to each other by internal hinges at B and F and a slider at G. (The slider at G allows relative horizontal motions
of members BGC and DFG but constrains the vertical movement of members BGC and DFG. Calculate the
support reactions due to pin supports and all internal hinge reactions. Show your calculation steps in detail
and write your answers in the box below.
E
1 m
3 kN/m
B
G
1 m
F
A
-t-1 m-|-1 m--1 m-
2 m
D

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Step by step

Solved in 4 steps with 3 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Kindly refer to the given figure below. determine the support reactions of the points A,B and C. Note: The support A is fixed and B is and internal hinge.
Compute for the external reactions for all members of the frame shown. Please solve the following: Vertical Reaction at A Horizontal Reaction at A Vertical Reaction at E Vertical Reaction at D Vertical Reaction at B Vertical Reaction at C Horizontal Reaction at C Horizontal Reaction at B Horizontal Reaction at D
Refer to the figure, what is the reaction at pin C in kN?
3. Figure 3 shows a brake pedal assembly from a car. Under the action of an applied foot force, the pedal lever acts against the fixed pivot and transfers load to the brake cylinder via an actuation rod. The pedal lever is of hollow section, three-sided form with section dimensions as shown in the figure (Section A-A). Via consideration of the pedal lever as a free body, calculate the reactions acting at the fixed pivot and the 10 mm dia. pin. (hint-take the pin and the pivot as supports) Draw the bending moment diagram for the pedal lever and determine the maximum tensile and compressive stresses arising if a force of 1.3 kN is applied at the foot pedal as shown in Figure 3. (hint -exclude the areas of the holes) [Ans ot = 134 N/mm² oc = 215 N/mm*] i. ii. Fixed pivot 10 mm dia. pin 30 mm 5 mm 10 mm 3 mm Actuates brake throughout cylinder > 15 mm 1.3 kN Section A-A Floor pan Foot pedal force Pedal lever Figure 3 Brake pedal assembly from a car 100 200 mm mm
On figure 12, find the values of the reactions found on the truss below which is supported by ahinge at B and a roller at A.
Problem 4 (Pro 2.60 Textbook): Construct the appropriate FBDS, and solve for the support reactions at A and C. |-8 kN 2.1 KH 2m 2.5m 3m 3m
QUESTION 3 Rod ABCD is connected to Rod DEFG at D and is also connected by rod BF by pins. A pulley is connected to end G with radius of 0.1m. The rope is hanging around the pulley to hold a mass M1 of 100 kg. The other end of the rope is connected to point C at rod ABCD. Another rod EH is also connected to point E by pin to hold the structure. Point A and point H are also by pin connections to the wall. Points A, B, C, D, H are vertically in-line. Find reactions at pins H and A. (AB = 0.2m, BC = 0.2m, CD = 0.1m, DE = 0.3m, EF = 0.15m, FG = 0.15m, EH = 0.5m, the mass of the rods are neglected). 0.2m B 0.2m Radius Pulley G- 0.Im 0. Im 0.15 D 0.3m E 0.15 0.5m MI- 100 kg H
An L-shaped beam is being supported by a ball and socket support at O and two cables, ABand CD. A 100 N force is applied downward in the middle of AC. Draw the FBD for solvingthis rigid body equilibrium question. No need to solve the whole question orwrite the problem-solving steps. Justdraw the FBD.
Calculate the reaction A of the pin on bar AD of figure *
Problem 4: Solve for internal reactions at pin C and D. pin connection A roller Connachion NB B 2' 2' D 3' 3' 3' 24016
Figure 1: For the frame shown, determine the magnitude of the pin reaction at B. Neglect the weight of the frame. (2 decimal point, indicate the answer in kN. Ex: 3.87kN just encode 3.78)
Please Solve the support reaction at supports A and B, and show your complete solutions.