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<title>Plot an approximate graph of the speed of point B as a function of time, if the speed v_A of point A is constant. Find the formula for this relationship if x(0) = 0.</title>
$1.5.15^*.$ Plot an approximate graph of the speed of point $B$ as a function of time, if the speed $v_A$ of point $A$ is constant. Find the formula for this relationship if $x(0) = 0$.
<p>NO: A more detailed and beautiful problem with a similar idea can be found in <a href="https://belphol.github.io/books/LongProblemsPart1.pdf" target="_blank">"Very Long Physics Problems"</a> by A.I. Slobodyanyuk (Problem 2)</p>
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<meta property="og:description" content="Plot an approximate graph of the speed of point B as a function of time, if the speed v_A of point A is constant. Find the formula for this relationship if x(0) = 0.">
<meta property="og:description" content="Plot an approximate graph of the speed of point B as a function of time, if the speed v_A of point A is constant. Find the formula for this relationship if x(0) = 0.">
<title>Plot an approximate graph of the speed of point B as a function of time, if the speed v_A of point A is constant. Find the formula for this relationship if x(0) = 0.</title>
<title>Plot an approximate graph of the speed of point B as a function of time, if the speed v_A of point A is constant. Find the formula for this relationship if x(0) = 0.</title>
$1.5.15^*.$ Plot an approximate graph of the speed of point $B$ as a function of time, if the speed $v_A$ of point $A$ is constant. Find the formula for this relationship if $x(0) = 0$.
$1.5.15^*.$ Plot an approximate graph of the speed of point $B$ as a function of time, if the speed $v_A$ of point $A$ is constant. Find the formula for this relationship if $x(0) = 0$.
<p>NO: A more detailed and beautiful problem with a similar idea can be found in <a href="https://belphol.github.io/books/LongProblemsPart1.pdf" target="_blank">"Very Long Physics Problems"</a> by A.I. Slobodyanyuk (Problem 2)</p>
<p>NO: A more detailed and beautiful problem with a similar idea can be found in <a href="https://belphol.github.io/books/LongProblemsPart1.pdf" target="_blank">"Very Long Physics Problems"</a> by A.I. Slobodyanyuk (Problem 2)</p>
<small>All rights belong to the authors. <br> Commercial use of materials - with the written permission of the authors. <br> alex@savchenkosolutions.com <br></small>
<small>All rights belong to the authors. <br> Commercial use of materials - with the written permission of the authors. <br> alex@savchenkosolutions.com <br></small>