Difference between revisions of "009A Sample Midterm 2"

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<div class="noautonum">__TOC__</div>
 
<div class="noautonum">__TOC__</div>
  
== [[009B_Sample Midterm 1,_Problem_1|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 1&nbsp;</span></span>]] ==
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== [[009A_Sample Midterm 2,_Problem_1|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 1&nbsp;</span></span>]] ==
 
<span class="exam"> Evaluate the following limits.
 
<span class="exam"> Evaluate the following limits.
  
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::<span class="exam">c) Evaluate <math>\lim _{x\rightarrow (\frac{\pi}{2})^-} \tan(x) </math>
 
::<span class="exam">c) Evaluate <math>\lim _{x\rightarrow (\frac{\pi}{2})^-} \tan(x) </math>
  
== [[009B_Sample Midterm 1,_Problem_2|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 2&nbsp;</span>]] ==
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== [[009A_Sample Midterm 2,_Problem_2|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 2&nbsp;</span>]] ==
 
<span class="exam">The function <math>f(x)=3x^7-8x+2</math> is a polynomial and therefore continuous everywhere.
 
<span class="exam">The function <math>f(x)=3x^7-8x+2</math> is a polynomial and therefore continuous everywhere.
 
::<span class="exam">a) State the Intermediate Value Theorem.
 
::<span class="exam">a) State the Intermediate Value Theorem.
 
::<span class="exam">b) Use the Intermediate Value Theorem to show that <math>f(x)</math> has a zero in the interval <math>[0,1].</math>
 
::<span class="exam">b) Use the Intermediate Value Theorem to show that <math>f(x)</math> has a zero in the interval <math>[0,1].</math>
  
== [[009B_Sample Midterm 1,_Problem_3|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 3&nbsp;</span>]] ==
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== [[009A_Sample Midterm 2,_Problem_3|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 3&nbsp;</span>]] ==
 
<span class="exam"> Use the definition of the derivative to find <math>\frac{dy}{dx}</math> for the function <math>y=\frac{1+x}{3x}.</math>
 
<span class="exam"> Use the definition of the derivative to find <math>\frac{dy}{dx}</math> for the function <math>y=\frac{1+x}{3x}.</math>
  
== [[009B_Sample Midterm 1,_Problem_4|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 4&nbsp;</span>]] ==
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== [[009A_Sample Midterm 2,_Problem_4|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 4&nbsp;</span>]] ==
 
<span class="exam"> Find the derivatives of the following functions. Do not simplify.
 
<span class="exam"> Find the derivatives of the following functions. Do not simplify.
  
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::<span class="exam">b) <math>g(x)=\frac{x^3+x^{-3}}{1+6x}</math> where <math>x>0</math>
 
::<span class="exam">b) <math>g(x)=\frac{x^3+x^{-3}}{1+6x}</math> where <math>x>0</math>
  
== [[009B_Sample Midterm 1,_Problem_5|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 5&nbsp;</span>]] ==
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== [[009A_Sample Midterm 2,_Problem_5|<span class="biglink"><span style="font-size:80%">&nbsp;Problem 5&nbsp;</span>]] ==
 
<span class="exam"> Find the derivatives of the following functions. Do not simplify.  
 
<span class="exam"> Find the derivatives of the following functions. Do not simplify.  
  

Revision as of 17:41, 4 February 2017

This is a sample, and is meant to represent the material usually covered in Math 9A for the midterm. An actual test may or may not be similar. Click on the  boxed problem numbers  to go to a solution.

 Problem 1 

Evaluate the following limits.

a) Find
b) Find
c) Evaluate

 Problem 2 

The function is a polynomial and therefore continuous everywhere.

a) State the Intermediate Value Theorem.
b) Use the Intermediate Value Theorem to show that has a zero in the interval

 Problem 3 

Use the definition of the derivative to find for the function

 Problem 4 

Find the derivatives of the following functions. Do not simplify.

a)
b) where

 Problem 5 

Find the derivatives of the following functions. Do not simplify.

a)
b)
c)