.pf{position:relative;background-color:#fff;overflow:hidden;margin:0;border:0}.pc{position:absolute;border:0;padding:0;margin:0;top:0;left:0;width:100%;height:100%;overflow:hidden;display:block;transform-origin:0 0;-ms-transform-origin:0 0;-webkit-transform-origin:0 0}.bi{position:absolute;border:0;margin:0}.t{position:absolute;white-space:pre;font-size:1px;transform-origin:0 100%;-ms-transform-origin:0 100%;-webkit-transform-origin:0 100%;unicode-bidi:bidi-override;-moz-font-feature-settings:"liga" 0}.t:after{content:''}.t:before{content:'';display:inline-block}.t span{position:relative;unicode-bidi:bidi-override}._{display:inline-block;color:transparent;z-index:-1}.pi{display:none}@media screen{.pf{margin:13px auto;box-shadow:1px 1px 3px 1px #333;border-collapse:separate}}@font-face{font-family:ff1;src:url(data:application/font-woff;base64,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) format("woff")}.ff1{font-family:ff1;line-height:.734863;font-style:normal;font-weight:400;visibility:visible}@font-face{font-family:ff2;src:url(data:application/font-woff;base64,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) format("woff")}.ff2{font-family:ff2;line-height:.716797;font-style:normal;font-weight:400;visibility:visible}.m0{transform:matrix(.320260,0,0,.320260,0,0);-ms-transform:matrix(.320260,0,0,.320260,0,0);-webkit-transform:matrix(.320260,0,0,.320260,0,0)}.ls1{letter-spacing:0}.ls0{letter-spacing:8px}.sc0{text-shadow:-.015em 0 transparent,0 .015em transparent,.015em 0 transparent,0 -.015em transparent}@media screen and (-webkit-min-device-pixel-ratio:0){.sc0{-webkit-text-stroke:.015em transparent;text-shadow:none}}.ws0{word-spacing:0}._0{margin-left:-1.406246px}.fc0{color:#000}.fs0{font-size:80px}.fs1{font-size:144px}.fs2{font-size:200px}.y0{bottom:0}.y4{bottom:431.019245px}.y3{bottom:490.318659px}.y2{bottom:564.247568px}.y1{bottom:656.790010px}.h1{height:58.007812px}.h2{height:104.414062px}.h3{height:143.359375px}.h0{height:1014.58492px}.w0{width:783.997438px}.x0{left:0}.x3{left:177.744517px}.x2{left:224.748494px}.x4{left:226.900388px}.x1{left:364.097634px}

[PHYSICS 1250] - Final Exam Guide - Comprehensive Notes for the exam (120 pages long!)

United States

Mechanics, Thermal Physics, Waves

Physics

Kass Richard David

Ohio State University

Biological Sciences: Energy Transfer and Development

General Chemistry II

Organic Chemistry I

Introduction to Classical Literature

Latin American Civilizations since 1825

E&amp;M, Optics, Modern Physics

Introduction to Psychology

Introductory Sociology

Introduction to Probability and Statistics for Engineers

Transport Phenomena I

<div data-canvas-width="455.639890488889">A student places her 500g physics textbook on a frictionless table. She pushes the book against a spring 4.00cm and then releases the book. What is the book’s speed as it slides away? The spring constant is k = 1250 N/m.</div>

<p>In the study of physics, what distinguishes a scalar from a vector?</p>

PHYSICS 1250 Study Guide - Quiz Guide: Ideal Gas, Joule

[CIVE 5010] - Final Exam Guide - Ultimate 88 pages long Study Guide!

[CIVE 3714] - Final Exam Guide - Comprehensive Notes for the exam (56 pages long!)

[PHYSICS 1250] - Final Exam Guide - Comprehensive Notes for the exam (120 pages long!)

PHYSICS 1250 Full Course Notes

Get access

Related textbook solutions

Physics: Principles with Applications

Related Documents

PHYSICS 1250 Study Guide - Quiz Guide: Ideal Gas, Joule

[CIVE 5010] - Final Exam Guide - Ultimate 88 pages long Study Guide!

[CIVE 3714] - Final Exam Guide - Comprehensive Notes for the exam (56 pages long!)

Related Questions