(13) A spring has an overall length of 44.0in & sustains a load of 15,000lb @its center. The spring has three full-length leaves & 15 graduated leaves with a central band 4.0in wide. All leaves are to be stressed to 60,000psi when fully loaded. The ratio of total spring depth to width is to be approximately 2.0. Determine: (a) the width & thickness of the leaves; (b) the initial space that must be provided between the full length & the graduated leaves before the band is applied; (c) What load is exerted on the band after the spring is assembled?

(13) A spring has an overall length of 44.0in & sustains a load of 15,000lb @its center. The spring has three full-length leaves & 15 graduated leaves with a central band 4.0in wide. All leaves are to be stressed to 60,000psi when fully loaded. The ratio of total spring depth to width is to be approximately 2.0. Determine: (a) the width & thickness of the leaves; (b) the initial space that must be provided between the full length & the graduated leaves before the band is applied; (c) What load is exerted on the band after the spring is assembled?

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter14: Fluid Mechanics

Section: Chapter Questions

Problem 125CP: The inside volume of a house is equivalent to that of a rectangular solid 13.0 m wide by 200 m long...

See similar textbooks

Similar questions

h the beam section eiven bebw, the concrete and steel are ocos and 0,004, respectively. mm is the area of reinforcement to be placed c 30/37-842oc, Control is good, elongation rotions How many 2. according to demand. Material 300 MM 2 Monent carrying capacity if the rectangular section in the you calculated. first question has the How area of reinfforcement many kNM is Mc
Gold is one of the most malleable and ductile metals, so if the density of gold is 19.32 g cm3, then when a mass of 27 g of gold is drawn to make a sheet of 1 micrometer thickness, the area of gold leaf will be.
An electrical contact material is produced by first making a porous tungsten compact that weighs 135 g. Liquid silver is introduced into the compact: careful measurement indicates that 105 g of silver is infiltrated. The final density of the composite is 13.7 g/cm³. Calculate the volume fraction of the original compact that is interconnected porosity and the volume fraction that is closed porosity (no silver infiltration). The densities of tungsten and silver are pw = 19.254 g/cm and Pag = 10.49 K g/cm³ (Enter your answers to three significant figures.) finterconnected fclosed=
The cross-sectional area of each member of the truss is 690.69 in^2. Calculate the stresses in members BD, BE and CE. (answers in psi).
Verigy that the SI of hpg is N/m2.
A fluid of a constant density flows through a reduction in a pipe. Find an equation for be change in pressure, in terms of v1, A2, A2, and the density.
Check Understanding The density of in a Classroom ( p=1.00 and T=20C ) is 1.28 kg/m3. At what pressure is the density 0.600 kg/m3 if the temperature is kept constant?
The inside volume of a house is equivalent to that of a rectangular solid 13.0 m wide by 200 m long by 2.75 m high. The house is heated by a forced air gas heater. The main uptake air duct of heater is 0.300 m in diameter. What is the average speed of the duct if it carries a volume equal to that of the house’s interior every 15 minutes?
A copper pipe has an inside diameter of 3.00 cm and an outside diameter of 5.00 cm (Fig. 18–37). What is the resis- 3.00 cm tance of a 10.0-m length of this pipe? 5.00 cm FIGURE 18-37 Problem 89.
1034. The motion of a particle starting from rest is governed by the a-t curve shown in Fig. P-1034. Sketch the v-t and s-t curves. Determine the displacement at t = 9 sec. Ans. = 228 ft 8
99. A simply supported beam of length 10 ft and rectangular cross section 1 in x 3 in carries a uniform load of 200 lb/ft. The beam is titanium, type Ti-5AI-2.55n, having a yield strength of 115,000 psi and E= 16 x 10 psi. Determine the maximum deflection of the beam. 1.25 in B. 2.85 in C. 1.00 in D. 2.05 in
5:58 PM | 17.0KB/s & ⓒ ← Assessment 5 3 of 10 Oil flows through the system shown in the figure below with negligible losses. Determine the flowrate. Save for Later Stream A =18 in.2 Oil SG = 0.85 라 5ft 0.8 ft A = 50 in.2 0/10 Attamuta. Courses ·SG = 2.5 ft3/s 11-19 Calendar 51 : = More