What is the largest mass, 3.75 m 1.5 m 1.5 m M, that can be sustained? A а. 143 N b. 142.65 kg 0.75 m c. 1.437 kN d. 650 N Yc 5 m Which cable is the maximum tension located? a. TAB b. Твс с. Тсо d. Cannot determine What is tension in cable CD? a. 1311.55 N E b. 416.86 N F c. -0.390 kN 38 kg d. O kN Mass (M) What is the value of sag Yc? a. 5.566 m b. 4.066 m с. 2.438 сm d. -443.38 cm

What is the largest mass, 3.75 m 1.5 m 1.5 m M, that can be sustained? A а. 143 N b. 142.65 kg 0.75 m c. 1.437 kN d. 650 N Yc 5 m Which cable is the maximum tension located? a. TAB b. Твс с. Тсо d. Cannot determine What is tension in cable CD? a. 1311.55 N E b. 416.86 N F c. -0.390 kN 38 kg d. O kN Mass (M) What is the value of sag Yc? a. 5.566 m b. 4.066 m с. 2.438 сm d. -443.38 cm

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

A 30-m cable is strung as shown between two buildings. The maximum tension isfound to be 508 N, and the lowest point of the cable isobserved to be 4 m above the ground. Determine (a) the horizontal distancebetween the buildings, (b) the total mass of the cable.
7. The tension in the cable AB is T. The moment of this tension about point O is: A. TXTOA B. TX TOB C. TAB XT D. TOB X T E. None of the above r=dist 002 T Ex
3) Cable ABCD supports the 10-kg lamp E and the 15-kg lamp F. Determine the maximum tension in the cable and the sag ys of point B. A Ув B book E 1m+ 3 m 2 m C D 0.5 m
2. w 0.195m 0.412m D 0.412m 0.195m F 0.195m cable 1799 N capacity A E 0.299m 0.299m 1. Find load W. 2. If W is 1503 N find reaction C. 3. Find reaction A based from the no.2 question. B.
Situation 6: Z-axis Three tension cables as shown on the figure are acting on a vertical post to remain its position at E. If the tension in cable AC is 4 N, determine the tension developed in the other cable so that the resultant at A X-axis y-axis will be vertical. sourcowa eHeocom 1 m m 4 m D
Cable AB passes over the small ideal pulley C without a change in its tension. What length of cable CD is required for static equilibrium in the position shown? What is the tension Tin cable CD? T 41° 1.7' Answers: LCD- i TCD= i B 49 lb ft lb
10 19. VB/s Asiacell Section 1 For the shown Fig., find the length of the steel cable to keep the beam horizontal. * Steel cable L=1 F20nn E=210GPa Bronze cable L=3n d=30rn E-180GPa SKN/n) 3n rigd bean 2.04 m 1.54 m O 1.74 m 2.54 m 1.84 m O 1.56 m O 1.44 m none of these Other:
In order to raise the flagpole, OC, a light frame OAB is attached to the pole and tension of 3 kN is developed in the hoisting cable by the power winch D. Calculate the moment MO of this tension about the hinge point O. 1 m 1m 30 OM_0=1.5 kN.m ccw OM_0=6.17 kN.m ccw OM_0=1.5 kN.m cw 1m B
Determinoe the masximum tension in th ecable shown