</p> data-problem-total-possible="1.0" {"xmodule-type": "Video"} Similar electric charges always repel each other.
tabindex="-1"> <table id="a0000000002" cellpadding="7" width="100%" cellspacing="0" class="eqnarray" style="table-layout:auto"> data-autoadvance-enabled="False" <span class="problem-action-button-wrapper"> We have a new and improved read on this topic.
</fieldset>
</p> <span class="icon fa fa-info-circle" aria-hidden="true"></span>
3 0 obj
<text> (4)</text> " </div> Try using a different browser. <div class="problem">
</div></p> In fact, protons and electrons are the smallest charged. <div class="problem">
<span class="sr">Some problems have options such as save, reset, hints, or show answer. </span> <div class="notification-btn-wrapper"> Summary.
L01v05: Analogy of Coulomb's Law and Gravity
<div class="field">
Review What is electric charge? data-problem-score="0" <span class="problem-action-button-wrapper"> <div class="notification-btn-wrapper"> <div class="wrapper-problem-response" tabindex="-1" aria-label="Question 1" role="group"><div class="choicegroup capa_inputtype" id="inputtype_checkpoint_w1_12_2_1"> data-problem-score="0.0" coulomb law answers practice doc worksheet period name. E. The charge that attracts protons. <span class="status unanswered" id="status_pcq_w1d2b_2_1" data-tooltip="Not yet answered."> </div>
L1Q1: Electric Charge Properties. </span> </label>
</div> <text>a) It is conserved</text>
L01v04: Worked Example - Total Force on a Charged Object
<span class="trailing_text" id="trailing_text_checkpoint_w1_13_4_1"/> <p><b class="bfseries">(Part a)</b> Calculate [mathjaxinline]\vec{r}_{2,1}[/mathjaxinline], the position vector of object 1 measured from object 2. tabindex="-1">
