The torce reguired to compress a non-standard spring as a qunctionas.04 displacement isgiven by the equation F(X) = -Asin (bx)t Kx,where A= 1L0N, b= 1l rad|m, and k- 58 NIm.0 IE MPart A:Enter a general equation in terms 07 the given I iiar1iaNariables 7or the work requircol to comeress this spring7ompositionx, txa:part Bi calculate the work done injouicr as the spring Is come ressedprmiitt bot Woe1=?Arom x=0t X,=38 cm.joulEJ asthe Spring IsPartc: calculate the Workdone incompressed 7rom x1=38cm To xg=69 cm

Given F(x)=Asin(bx)+kx A=16N b=11 rad/m = 0.183 rad/s k=58N/m a) Workdone =∫x1x2Fdx…

The torce required to compress a non-standard sering as a aunction 0t dispiacement is given by the equation F(x) =TAsin (bx)t Kx+ where A= 16N, b= l! rad|m,and k- 58 N Im. Part A:Enter ageneral equation in terms a7 the given Iuait Variables 7or tne work requircel to compress this SPYing= 17rom pasitionx,tnxa. part B: calculate the work dme injouici as the spring Is comp ressed Arom x=0t0 x,= 38 cm. Part c: calculate the work d one in joules astHt Spring IS compressed aom x1=38cm TDx2=69 cm

The torce required to compress a non-standard sering as a aunction 0t dispiacement is given by the equation F(x) =TAsin (bx)t Kx+ where A= 16N, b= l! rad|m,and k- 58 N Im. Part A:Enter ageneral equation in terms a7 the given Iuait Variables 7or tne work requircel to compress this SPYing= 17rom pasitionx,tnxa. part B: calculate the work dme injouici as the spring Is comp ressed Arom x=0t0 x,= 38 cm. Part c: calculate the work d one in joules astHt Spring IS compressed aom x1=38cm TDx2=69 cm

University Physics Volume 1

18th Edition

ISBN:9781938168277

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

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

Chapter8: Potential Energy And Conservation Of Energy

Section: Chapter Questions

Problem 8.4CYU: Check Your Understanding Suppose the mass in Equation 8.6 is doubled while keeping the all other...

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