Q2. As shown in the image below, the rigid member ABC is subjected to three forces. The forces are F1 = 2.7 kN, F2 = 3.5 kN, and F3 = 1.7 kN, and the dimensions are a = 2.2 m, b = 1.9 m, and c = 1.4 m. Determine the total moment (in kN-m) caused by three forces about point B. Negative sign must be included if the moment is

Q2. As shown in the image below, the rigid member ABC is subjected to three forces. The forces are F1 = 2.7 kN, F2 = 3.5 kN, and F3 = 1.7 kN, and the dimensions are a = 2.2 m, b = 1.9 m, and c = 1.4 m. Determine the total moment (in kN-m) caused by three forces about point B. Negative sign must be included if the moment is

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter6: Beams And Cables

Section: Chapter Questions

Problem 6.6P: Find the internal force systems acting on sections 1 and 2.

See similar textbooks

Similar questions

As shown in the image below, the rigid member ABC is subjected to three forces. The forces are F1=3.3kN, F2=3.9kN, and F3=2.0kN, and the angles are alpha=47 degrees and beta=29 degrees. Determine the total moment (in kN*m) caused by three forces about point A. Negative sign must be included in the moment is clockwise.
Find the magnitude and direction of the resultant for system of forces shown in the figure. Take F1= 35 kN, F2 = 45 kN, F3 =30 kN, F4 = 55 kN, 0, = 40° and 02 = 25° F1 F2 e2 F3 F4
Replace the system of forces acting on the frame as shown by a resultant R at A and a couple acting horizontally through B and C. Force on top 10 kN, bottom left is 40 kN, and bottom right is 50 kN. 1m A 3 m 2 m 4 m OR= 20KN, B = 95KN, C= -95KN OR- -20KN, B = -95kN, C = 95KN OR= 20KN, B = -95KN, C = 95kN OR=-20KN, B = 95KN, C = -95kN mathalino,com
Find the moment about A, B, & C, where AB = AD = 19 m, F₁= 3 N, F₂ = 7 N, F3 = 11 N & F4 = 19 N. Each force is acting at the mid-point of each side. --(3 Marks) F4 F₁ F3 B F2 (NOTE: ENTER ONLY THE VALUES BY REFERRING TO THE UNITS GIVEN IN THE BRACKET) The moment of force about "A" (in Nm) = The moment of force about "B" (in Nm) = The moment of force about "C" (in Nm) =
As shown in the image below, the rigid member ACB (with negligible thickness) is subjected to three forces. The forces are F1=340N, F2=360N, and F3=170N, an the angles Alpha=34 degrees and Beta=57 degrees. Replace these forces by a single resultant force, then determine the distance x(in m) where its line of action intersects segment AC, measured from point A. Answer must include 2 places after the decimal point.
Find the magnitude and direction of the resultant force for the system of forces shown in the figure, Where F. =30 N, F2 =35N, F,=20 N, F4 =15N, Fs= 50N & F =10N. The angles e2 =25°, 0g =25° , 04 = 40°, 0, = 45 ° F2 F3 F4 F1 AF6 Fs (1) The horizontal component 2H of the given system (unit is in N) = - (2) The Vertical component V of the given system (unit is in N) =- (3) The resultant of the given force system is (unit in N) = . (4) The direction of Resultant is (degrees) =_
find the sum of the moments of the Forces in kN.m about Point O, (positive in the counter- clockwise direction). F1 = 60 kN and F2 = 22 kN. 15 m 9 m F1 kN F2 KN
the vertical post is secured by three cables. the cables are pre-tensioned so that the resultant of the cable forces f, q, and p is directed along the z-axis. if f = 120 lb, find p and q. ans. p = 74.3lb, q = 69.9l
Replace the three forces acting on the bent pipe by a single equivalent force R. Choose point "O' as your convenient point. Calculate 1- Resultant Force "R" and Resultant Moment "Mo" at point O and show them on a diagram. 2- Specify the distance X from point "O" to the point on the x-axis through which the line of action of R passes. Show your result on a separate diagram. -10"- 40 lb -10" fort 60 lb 50 lb 10"
Q1/From the figure below, determine the magnitude and direction of resultant forces and resultant moments at point A. Draw the free body diagram and also determine the magnitude of reaction force at pin A and normal reaction force at roller B. 2 kN/m D 3 m O 6 kN • m B E -1.5 m 1.5 m 3 4 5 5 kN
Calculate the magnitude of the moment about the base point O of the 600-N force. 2 m 40° 600 N 4 m
Q4b. Force vectors F1 and F2 act on body Pwith the resultant force vector R. The resultant force R= 575 N and the angle between Rand the x-axis is of 320. If F1 = 275 N and the angle between F1 and the x-axis is 560, determine the angle between F2 and the x-axis. *Assume coplanar vector forces and give your answer in degrees to two decimal places. Body, P Answer: y F1 R F2