Difference between revisions of "022 Exam 2 Sample A"
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::<span class="exam">(b) compounded continuously? | ::<span class="exam">(b) compounded continuously? | ||
== [[022_Exam_2_Sample_A,_Problem_6|<span class="biglink"> Problem 6 </span>]] == | == [[022_Exam_2_Sample_A,_Problem_6|<span class="biglink"> Problem 6 </span>]] == | ||
− | <span class="exam">Find the area under the curve of  <math style="vertical-align: -60%">y\,=\,\frac{8}{\sqrt{x}}</math>  between <math style="vertical-align: - | + | <span class="exam">Find the area under the curve of  <math style="vertical-align: -60%">y\,=\,\frac{8}{\sqrt{x}}</math>  between <math style="vertical-align: -5%">x=1</math> and <math style="vertical-align: -5%">x=4</math>. |
== [[022_Exam_2_Sample_A,_Problem_7|<span class="biglink"> Problem 7 </span>]] == | == [[022_Exam_2_Sample_A,_Problem_7|<span class="biglink"> Problem 7 </span>]] == |
Revision as of 13:59, 13 May 2015
This is a sample, and is meant to represent the material usually covered in Math 22 for the second exam. An actual test may or may not be similar. Click on the boxed problem numbers to go to a solution.
Problem 1
Find the derivative of
Problem 2
Find the antiderivative of
Problem 3
Find the antiderivative of
Problem 4
Find the antiderivative of
Problem 5
Set up the equation to solve. You only need to plug in the numbers - not solve for particular values!
How much money would I have after 6 years if I invested $3000 in a bank account that paid 4.5% interest,
- (a) compounded monthly?
- (b) compounded continuously?
Problem 6
Find the area under the curve of between and .
Problem 7
Problem 8
Problem 9
Problem 10