A force P of 70 N is applied by a rider to the front hand brake of a bicycle (P is the resultant of an evenly distributed pressure). As the hand brake pivots at A, a tension T develops in the 460- mm long brake cable (Ae = 1.075 mm2) which elongates by 6 =0.214 mm. Find normal stress o and strain ɛ in the brake cable. Brake cable, L = 460 mm Hand brake pivot A 37.5 mm/ A P (Resultant of distributed pressure) 50 mm Uniform hand -100 mm brake pressure

A force P of 70 N is applied by a rider to the front hand brake of a bicycle (P is the resultant of an evenly distributed pressure). As the hand brake pivots at A, a tension T develops in the 460- mm long brake cable (Ae = 1.075 mm2) which elongates by 6 =0.214 mm. Find normal stress o and strain ɛ in the brake cable. Brake cable, L = 460 mm Hand brake pivot A 37.5 mm/ A P (Resultant of distributed pressure) 50 mm Uniform hand -100 mm brake pressure

Mechanics of Materials (MindTap Course List)

9th Edition

ISBN:9781337093347

Author:Barry J. Goodno, James M. Gere

Publisher:Barry J. Goodno, James M. Gere

Chapter1: Tension, Compression, And Shear

Section: Chapter Questions

Problem 1.4.12P: Solve the preceding problem if the mass of the tailgate is MT— 11 kg and that of the crate is hic—...

See similar textbooks

Similar questions

Solve the preceding problem (W 250 × 44.8) if the resultant force P equals 110 kN and E = 200 GPa.
A force P of 70 N is applied by a rider to the front hand brake of a bicycle(Pis the resultant of an evenly distributed pressure). As the hand brakepivots at A. a tension T develops in the 460-mm Ions; brake cable (Ae=1.075 mm²), which elongates by δ 6=0.214 mm. Find the normal stress 8and strain e in the brake cable.Brake cable, L = 460 mmHand brake pivot A
A force P of 70 N is applied by a rider to thefront hand brake of a bicycle (P is the resultant of anevenly distributed pressure). As the hand brake pivots atA, a tension T develops in the 460-mm long brake cable(Ae = 1.075 mm2 ), which elongates by δ = 0.214 mm.Find the normal stress d and strain in the brake cable.
1-2-2 A force P of 70 N is applied by a rider to the front hand brake of a bicycle (P is the resultant of an evenly distributed pressure). As the hand brake pivots at A, a tension T develops in the 460-mm long brake cable (A, = 1.075 mm²) which elongates by 8 = 0.214 mm. Find normal stress and strain & in the brake cable. Brake cable, L= 460 mm PROB. 1.2-2 37.5 mm/A, Hand brake pivot A 50 mm -100 mm- P (Resultant of distributed pressure) Uniform hand brake pressure
The uniform 300-Ib bar AB carries a 500-lb vertical force at A. The bar is supported by a pin at B and the 0:5-in. diameter cable CD. Find the stress in the cable. 4 ft A 3 ft C 3 ft B 500 lb
5:55 PM ~ 3 m 20 kN [Ε B -2 m--2 m--2 m--2 m--2 m--2 m- Member AB is a: N D 30 kN 40 kN O Tensile Member O Compressive Member O Zero-Force Member O Not a Member ( 50 ) l اس. © 2 F G
A weight W = 905 lb is held up by two cables each with a diameter of 1.5 in. Determine the tension in each cable and the normal stress in each cable. 0 = 21° O = 37° B Image is not drawn to scale.
The uniform 300-1b bar AB carries a 500-lb vertical force at A. The bar is supported by a pin at B and the 0.5-in. diameter cable CD. Find the stress in the cable. DRAW THE FREE BODY DIAGRAM.
Q3 / The 45° strain rosette is mounted on articular cartilage element. Figure Q3 shows the readings are obtained from each gauge. Determine the maximum shear stress by Tresca yield criterion. Known the modulus of elasticity is 2 Gpa and passion ratio is 0.3
Strains measured in a, b and c directions are yardımıa=-150x10-6, ɛb=200x10-6, and ɛc=300x10-6 with the help of the rosette placed at point A of the elastic material under the effect of plane tension. Calculate the principal stresses since the modulus of elasticity in the material is E= 200 GPa and the Poisson ratio ν= 0.3
5. Two bars are used to support a load. When unloaded, AB is 5 in. long, AC is 8 in. long, and the ring at A has coordinates (0, 0). If a load P acts on the ring at A, the normal strain in AB becomes EAB = 0.02 in/in., and the normal strain in AC becomes EAC = 0.035 in/in. Determine the coordinate position of the ring due to the load. 60 5 in. 8 in. A P
A force P of 70 N is applied by a rider to the front hand brake of a bicycle (P is the resultant of an evenly distributed pressure). Asthe hand brake pivots at A, a tension T develops inthe 460-mm long brake cable (Ae 1.075 mm2)which elongates by d 0.214 mm. Find normalstress s and strain in the brake cable.