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Ask and answer questions about Math 165 here! This forum is intended for use by students in Section 9--14 of Math 165 at Iowa State University during spring semester, 2015.

You may post using the "Post a Question" link above or by sending email to math165-spring2015 at googlegroups.com.

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ewr...@gmail.com, William DeMeo3

12/11/15

Leibniz notation

Wow, looking back on this comment! I just finished calc 3 today, meaning that I got through the whole

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Leibniz notation

Wow, looking back on this comment! I just finished calc 3 today, meaning that I got through the whole

12/11/15

robinso...@gmail.com

5/12/15

when do we get the results of the final

I was just wondering when we get back our final i'd like to know because dmacc wants a proof of

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when do we get the results of the final

I was just wondering when we get back our final i'd like to know because dmacc wants a proof of

5/12/15

ewr...@gmail.com, William DeMeo2

4/28/15

Exponential Growth

Cool film! Thanks!! On Monday, April 27, 2015 at 11:11:02 PM UTC-5, ewr...@gmail.com wrote: Today we

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Exponential Growth

Cool film! Thanks!! On Monday, April 27, 2015 at 11:11:02 PM UTC-5, ewr...@gmail.com wrote: Today we

4/28/15

Caitlin King, William DeMeo4

4/26/15

Assign. 19 (Sec. 5.6)

I did this one in lecture. Please provide more details about your attempted solution so I can help

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Assign. 19 (Sec. 5.6)

I did this one in lecture. Please provide more details about your attempted solution so I can help

4/26/15

Parker Van Zyl via Pearson Education, William DeMeo2

4/8/15

Ask My Instructor Question - Section 4.8, Question: 4.8.35

You can use the sum rule, which says that the integral of f(x) + g(x) is equal to the integral of f(x

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Ask My Instructor Question - Section 4.8, Question: 4.8.35

You can use the sum rule, which says that the integral of f(x) + g(x) is equal to the integral of f(x

4/8/15

Parker Van Zyl via Pearson Education, William DeMeo2

4/8/15

Ask My Instructor Question - Section 4.8, Question: 4.8.41

This problem is just testing to make sure you know how to combine exponents. Using the rules t^at^b =

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Ask My Instructor Question - Section 4.8, Question: 4.8.41

This problem is just testing to make sure you know how to combine exponents. Using the rules t^at^b =

4/8/15

3/2/15

Fwd: Ask My Instructor Question - Section 3.10, Question: 3.10.13

yes, when the problem states that x is constant, that means x should be treated as a fixed number

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Fwd: Ask My Instructor Question - Section 3.10, Question: 3.10.13

yes, when the problem states that x is constant, that means x should be treated as a fixed number

3/2/15

ckcaitl...@gmail.com, William DeMeo2

3/1/15

Sometime around the middle of this week the grades will be posted on Blackboard. On Sunday, March 1,

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Sometime around the middle of this week the grades will be posted on Blackboard. On Sunday, March 1,

3/1/15

kevin.g...@gmail.com, William DeMeo2

2/25/15

Why must sin(1/x) have a zero between x = .01 and x = .001

Your reasoning seems sound to me. Another way to say it is 1/0.01 = 100 and 1/0.001 = 1000. Since, as

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Why must sin(1/x) have a zero between x = .01 and x = .001

Your reasoning seems sound to me. Another way to say it is 1/0.01 = 100 and 1/0.001 = 1000. Since, as

2/25/15

2/11/15

hw 3.3 problem 3

Never mind I get it (5s^4)^2=25s^8 On Wednesday, February 11, 2015 at 12:41:33 PM UTC-6, Jacob Parker

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hw 3.3 problem 3

Never mind I get it (5s^4)^2=25s^8 On Wednesday, February 11, 2015 at 12:41:33 PM UTC-6, Jacob Parker

2/11/15

2/3/15

Fwd: Ask My Instructor Question - Section 2.6, Question: 2.6.35

Dear Dhanush, The answer to your question is no, \sqrt{16 x^4 + 1} is not equal to 4x^2 + 1. (To

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Fwd: Ask My Instructor Question - Section 2.6, Question: 2.6.35

Dear Dhanush, The answer to your question is no, \sqrt{16 x^4 + 1} is not equal to 4x^2 + 1. (To

2/3/15

Austin Cappel, William DeMeo2

2/2/15

No calculators will be allowed on Test 1. On Monday, February 2, 2015 at 1:45:33 PM UTC-6, Austin

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No calculators will be allowed on Test 1. On Monday, February 2, 2015 at 1:45:33 PM UTC-6, Austin

2/2/15

Austin Utterback, … William DeMeo5

1/25/15

As we discussed in lecture, the due dates for the review assignments are not strict. You may continue

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As we discussed in lecture, the due dates for the review assignments are not strict. You may continue

1/25/15

William DeMeo, … Alex Nowak4

1/14/15

Why should I post a question here?

Because math is more fun with friends!!

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Why should I post a question here?

Because math is more fun with friends!!

1/14/15

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