Solutions for CALCULUS,VOLUME 1 (OER)
Problem 218E:
For the following exercises, find the work done. 218. Find the work done when a constant force...Problem 219E:
For the following exercises, find the work done. 219. How much work is done when a person lifts a 50...Problem 220E:
For the following exercises, find the work done. 220. What is the work done lifting a 20 kg child...Problem 221E:
For the following exercises, find the work done. 221. Find the work done when you push a box along...Problem 222E:
For the following exercises, find the work done. 222. Compute the work done for a force F=12/x2N...Problem 223E:
For the following exercises, find the work done. 223. What is the work done moving a particle from...Problem 224E:
For the following exercises, find the mass of the one-dimensional object. 224. A wire that is 2 ft...Problem 225E:
For the following exercises, find the mass of the one-dimensional object. 225. A car antenna that is...Problem 226E:
For the following exercises, find the mass of the one-dimensional object. 226. A metal rod that is 8...Problem 227E:
For the following exercises, find the mass of the one-dimensional object. 227. A pencil that is 4...Problem 228E:
For the following exercises, find the mass of the one-dimensional object. 228. A ruler that is 12...Problem 229E:
For the following exercises, find the mass of the two dimensional object that is centered at the...Problem 230E:
For the following exercises, find the mass of the two-dimensional object that is centered at the...Problem 231E:
For the following exercises, find the mass of the two dimensional object that is centered at the...Problem 232E:
For the following exercises, find the mass of the two dimensional object that is centered at the...Problem 233E:
For the following exercises, find the mass of the two dimensional object that is centered at the...Problem 234E:
For the following exercises, find the mass of the two dimensional object that is centered at the...Problem 235E:
For the following exercises, find the mass of the two dimensional object that is centered at the...Problem 236E:
For the following exercises, find the mass of the two dimensional object that is centered at the...Problem 237E:
For the following exercises, find the mass of the two dimensional object that is centered at the...Problem 238E:
For the following exercises, find the mass of the two dimensional object that is centered at the...Problem 239E:
A force of F=20xx3N stretches a nonlinear spring by x meters. What work is required to stretch the...Problem 240E:
Find the work done by winding up a hanging cable of length 100 ft and weight-density 5 lb/ft.Problem 242E:
For the cable in the preceding exercise, how much additional work is done by hanging a 200 lb weight...Problem 243E:
[T] A pyramid of height 500 ft has a square base 800 ft by 800 ft. Find the area A at height h. If...Problem 244E:
[T] For the pyramid in the preceding exercise, assume there were 1000 workers each working 10 hours...Problem 245E:
[T] The force of gravity on a mass m is F=((GMm)/x2) newtons. For a rocket of mass m = 1000 kg,...Problem 246E:
[T] For the rocket in the preceding exercise, find the work to lift the rocket from x=6400 to x= .Problem 247E:
[T] A rectangular dam is 40 ft high and 60 ft wide. Compute the total force F on the dam when the...Problem 248E:
[T] Find the work required to pump all the water out of a cylinder that has a circular base of...Problem 249E:
[T] Find the work required to pump all the water out of the cylinder in the preceding exercise if...Problem 250E:
[T] How much work is required to pump out a swimming pool if the area of the base is 800 ft , the...Problem 251E:
A cylinder of depth H and cross-sectional area A stands full of water at density . Compute the work...Browse All Chapters of This Textbook
Chapter 1 - Functions And GraphsChapter 1.1 - Review Of FunctionsChapter 1.2 - Basic Classes Of FunctionsChapter 1.3 - Trigonometric FunctionsChapter 1.4 - Inverse FunctionsChapter 1.5 - Exponential And Logarithmic FunctionsChapter 2 - LimitsChapter 2.1 - A Preview Of CalculusChapter 2.2 - The Limit Of A FunctionChapter 2.3 - The Limit Laws
Chapter 2.4 - ContinuityChapter 2.5 - The Precise Definition Of A LimitChapter 3 - DerivativesChapter 3.1 - Defining The DerivativeChapter 3.2 - The Derivative As A FunctionChapter 3.3 - Differentiation RulesChapter 3.4 - Derivatives As Rates Of ChangeChapter 3.5 - Derivatives Of Trigonometric FunctionsChapter 3.6 - The Chain RuleChapter 3.7 - Derivatives Of Inverse FunctionsChapter 3.8 - Implicit DifferentiationChapter 3.9 - Derivatives Of Exponential And Logarithmic FunctionsChapter 4 - Applications Of DerivativesChapter 4.1 - Related RatesChapter 4.2 - Linear Approximations And DifferentialsChapter 4.3 - Maxima And MinimaChapter 4.4 - The Mean Value TheoremChapter 4.5 - Derivatives And The Shape Of A GraphChapter 4.6 - Limits At Infinity And AsymptotesChapter 4.7 - Applied Optimization ProblemsChapter 4.8 - L'hopitars RuleChapter 4.9 - Newton's MethodChapter 4.10 - AntiderivativesChapter 5 - IntegrationChapter 5.1 - Approximating AreasChapter 5.2 - The Definite IntegralChapter 5.3 - The Fundamental Theorem Of CalculusChapter 5.4 - Integration Formulas And The Net Change TheoremChapter 5.5 - SubstitutionChapter 5.6 - Integrals Involving Exponential And Logarithmic FunctionsChapter 5.7 - Integrals Resulting In Inverse Trigonometric FunctionsChapter 6 - Applications Of IntegrationChapter 6.1 - Areas Between CurvesChapter 6.2 - Determining Volumes By SlicingChapter 6.3 - Volumes Of Revolution: Cylindrical ShellsChapter 6.4 - Arc Length Of A Curve And Surface AreaChapter 6.5 - Physical ApplicationsChapter 6.6 - Moments And Centers Of MassChapter 6.7 - Integrals, Exponential Functions, And LogarithmsChapter 6.8 - Exponential Growth And DecayChapter 6.9 - Calculus Of The Hyperbolic Functions
Sample Solutions for this Textbook
We offer sample solutions for CALCULUS,VOLUME 1 (OER) homework problems. See examples below:
More Editions of This Book
Corresponding editions of this textbook are also available below:
Related Math Textbooks with Solutions
Still sussing out bartleby
Check out a sample textbook solution.