problem 5 and 6 Civil EngineeringEngineering Mechanics 4Problem 5The uniform 50 kg plank in the figure is resting onrough surfaces A and B. The coefficients of static frictionare shown in the figure. A 100 kg man starts walkingfrom A towarde A. Compute theProblem 7Determine the smallest horizoutal force Prequiredto lift the 200-kg crate. The coefficient of static frictionat all contacting surfaces is 030 Neglect the massof the wedgeProblem 9Calculate the pull P that must be exerted ta slowlyJower the mass m-102 kg down the incline planeconsidering the following cases45%1-1/8turnsH0.501. reaction at B. Gea.G2 reaction at A BIG83. distance when the plank wiil start to slide. 1761. The friction hetween the drum and the rope isnegligible while the coetficient of friction between themass and the indlinied surface ia 0.252. The coelficient of friction at all surfaces of cuntact i0.25Problem 63. The maximun pull Prequired to start raining themass up the incline considering the situution of part 2Af-m long ladder weighing 600 N is shown. Itis required to deternine the horizontal force Puppliedat C to hold the ladder from sliding The coefficient ofFriction between the ladder and the contact surfaces atA and B is 0.20.Problem 6A rylinder having mas of 250 kg is ta besupparted hy the cord which wrapi ver the pipeDetermine the largest vertical force F that can beoplied to the cord without moving the cylinder Thecord passes4.5mTe15m1. Determine the reaction at A 348.02. DeterminE the reaction at H.s19.97459.G03. Determine the required force P.1.once over the pipe 1BO2. Iwo umm over the pipe 140Tae 02 Isis.3

5.Given, plank=50 kg man=100 kg

Problem 5 The uniform 50 kg plank in the igure is resting on rough surfaces A and B. The coeffcients of static friction are shown in the figure. A 100 kg man starts walking from A towards R Compute the 4m H=0.50 1. reaction at B. Ge4.G 2 reaction at A BIG B 1 distancea when the piank will start to slide. T

Problem 5 The uniform 50 kg plank in the igure is resting on rough surfaces A and B. The coeffcients of static friction are shown in the figure. A 100 kg man starts walking from A towards R Compute the 4m H=0.50 1. reaction at B. Ge4.G 2 reaction at A BIG B 1 distancea when the piank will start to slide. T

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

Give an introduction to Hydrographic Surveying/Hydrography and specifically, the chosen field of competence associated with it which is scientific studies.
What are velocity charts?
Two interpreting symbols associated with paper maps.
The accompanying tabulation gives elevations of points over the area of a 30m x 40m city lot. The elevations were obtained by the checkerboard method using 10-m squares. Point A-1 is located at the northwest corner of the lot and point E-4 at the southeast corner. All elevations are in meters.
Kindly include the free-body diagram too.
sanitary engineering solve by hardy Cross method k=8*f*L/pi*g*D^5 f=0.02 g=9.81 pi=e.14
Determine centroidal coordinates of the volume.
Locate the centroid of the given area below. Semi-Circle Square
B- What are the common sources of error associated with measurements?
please give me the front, top and side view of this object
B. Describe the major elements that geometric design of highways deals with? (write between 100-150 words)
Q 01: a) Why we need to draw sectional views of three dimensional drawings? b) Draw Section A-A of the isometric drawing. Page 1 of 2