The cable supporting an elevator with a mass of 5000kg is to bedesigned so that the maximum acceleration is 0.8m/ . What are themaximum and minimum forces the motor should exert on the supportingcable?Include the given and figure 1. The cable supporting an elevator with a mass of 5000kg is to bedesigned so that the maximum acceleration is 0.8m/ . What are themaximum and minimum forces the motor should exert on the supportingcable?

Maximum force is applied when elevator is moving upward with acceleration 0.8 m/ s2 . Whereas…

The cable supporting an elevator with a mass of 5000kg is to be designed so that the maximum acceleration is 0.8m/ . What are the maximum and minimum forces the motor should exert on the supporting cable?

The cable supporting an elevator with a mass of 5000kg is to be designed so that the maximum acceleration is 0.8m/ . What are the maximum and minimum forces the motor should exert on the supporting cable?

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 propped beam shown below is loaded with UDL along its entire span. Determine the following: (Mc) C. a. Determine the reaction (R) b.Determine the end moment at wall d. Determine the tangential deviation at point B with respect to point C (t B/C) Determine Өвс A * R 4kN/m 3M
Please Aspa
The hanging structure in the figure below is homogeneous. Its weight (40 kg) is acting at the center of the rectangular slab, parallel with the z-axis. Determine the magnitude (in N) of the force acting along the cable at point D. A 500 40 kg y C. 250 550 750 -550-
A propped beam shown below is loaded with UDL along its entire span. Determine the following: (Mc) C. a. Determine the reaction (R) b.Determine the end moment at wall d. Determine the tangential deviation at point B with respect to point C (t B/C) Determine Өвс A * R 4kN/m 3M
A propped beam shown below is loaded with UDL along its entire span. Determine the following: (Mc) C. a. Determine the reaction (R) b.Determine the end moment at wall d. Determine the tangential deviation at point B with respect to point C (t B/C) Determine Өвс A * R 4kN/m 3M
A flexible cable is subjected to a uniformly varying load.If the tension at the supports is 12 kN, what is the valueof the sag “h”? SHOW COMPLETE FBD
A 509.9N horizontal steel shaft is suspended by a vertical cable from A and by a second cable BC which lies in a vertical transverse plane and loops underneath the shaft. Calculate the tension T1 (N) in the cable. Round off only on the final answer expressed in 3 decimal places.
Answer with complete fbd on solutions
solve for the tension at cable AB and the reaction at E, considering the weight of bent bar CBDE = 420 lb *pls use 3 decimal places all throughout the solution
A oil rig tower is held in equilibrium by three ropes. The tension in cable AD is tightened until it reaches 7600 N. B d3 da ds do d₁ d2 Z E D d5 Values for the figure are given in the following table. Note the figure may not be to scale. Variable Value d₁ 8.5 m d₂ 18.5 m 16.5 m 30 m 9 m 80 m a. Determine the magnitude of the force/tension in cord AB, TAB. b. Determine the magnitude of the force/tension in cord AC, TAC. c. Determine the magnitude of the force developed along the tower, FAE- → i. Hint: FAB= (0+03+ FAER) KN. Round your final answers to 3 significant digits/figures. The magnitude of the force/tension in cord TAB is The magnitude of the force/tension in cord TAC is The magnitude of the force developed along the tower FAB is kN kN kN
a water supply crossing a wide river is to be supported by a flexible wire cable with an allowable tensile of 20000kg. the pipe weight 50 kg per meter and has a total length of 60m. a. determine the minimum sag of the cable b. determine the tension the lowest point of the cable. c. if the sag is to be 2m. what is the tension at the support?
ENGINEERING MECHANICS (No lng explanation needed. Write the complet solutions and legibly. Rate will be given) Determine the maximum mass (kg) that can be lifted at E if the 8-HP motor A has a maximum rotation speed of 300 rpm where the diameter of the shaft AB and CE are 10 mm and 15 mm, respectively The allowable shearing stress is 1 GPa with F.S. of 1.2 for both shafts. Neglect the deformation of the cable at E. Where: Radius of the gear at B, rB = 100mm Radius of the gear at C, rC = 150mm