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<p>The questions are: 1- for &oslash;=30&deg; , compute the normal force acting on each wheel of the car.&nbsp;</p>
<p>2- is friction in this experiment only due to the car? Explai3- show that , for the car moving up the incline , that the coefficient&nbsp; <span class="formula"> <span class="math_text_before">&nbsp;&nbsp; </span><span class="jax_wrap finalized_jax" data-jax="mu">(mu) <sup href="#" class="formula_delete">X</sup><sub href="#" class="formula_edit">Edit</sub></span><span class="math_text_after">&nbsp;of friction is given by: mu= &nbsp;(</span></span><span class="formula"><span class="math_text_before">&nbsp;&nbsp; </span><span class="jax_wrap finalized_jax" data-jax=" ho">( ho) <sup href="#" class="formula_delete">X</sup><sub href="#" class="formula_edit">Edit</sub></span><span class="math_text_after">&nbsp; / M cos &oslash; ) -tan</span></span></p>
<p><span class="formula"><span class="math_text_after"></span></span><span class="formula"><span><br /></span></span></p>
<p><span class="formula"><span class="math_text_after"></span></span><span class="formula"><span>Please, taking into consideration that I'd love to understand the solution cos I'm desperate to learn how to solve but I'm struggling. Not to mention when the exam comes, I MUST know how to solve these problems. Thank you so much.</span></span></p>
<p><span class="formula"><span class="math_text_after"></span></span><span class="formula"><span><br /></span></span></p>

Explanation / Answer

please post again it is not clear

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