MTH 261 Chain Rule Equation of tangent Line (pg. 59)

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MTH 261 Chain 0:05:34

MTH 261 Chain Rule Equation of tangent Line (pg. 59)

MTH 261 Chain 0:07:16

MTH 261 Chain Rule Examples on page 54

MTH 261 Differentiate 0:03:31

MTH 261 Differentiate using Chain Rule on page 53

MTH 261 Section 0:06:03

MTH 261 Section 2.3 Derivatives of Natural Log with Chain Rule Examples on page 89

MTH 261 Chain 0:05:00

MTH 261 Chain Rule Examples on Page 52

MTH 261 More 0:04:10

MTH 261 More Chain Rule Examples on page 56 #1

MTH 261 Chain 0:05:05

MTH 261 Chain Rule Application on page 57

MTH 261 Sec 0:31:53

MTH 261 Sec 2.5a The Chain Rule

MTH 261 Chain 0:06:51

MTH 261 Chain Rule and Quotient Rule Example 7 on page 55

MTH 261 Chain 0:08:47

MTH 261 Chain Rule Practice Problem on page 58

MTH 261 Writing 0:05:51

MTH 261 Writing an equation of tangent line using Chain Rule on page 53

MTH 261 Chain 0:03:09

MTH 261 Chain Rule Example that requires rewriting first on page 53

MTH 261 Chain 0:04:25

MTH 261 Chain Rule broken into pieces example 2 on page 56

MTH 261 Section 0:04:45

MTH 261 Section 1.7 Example 7 Chain Rule

MTH 261 Product 0:08:05

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MTH 261 Sec 0:17:39

MTH 261 Sec 2.5b The Chain Rule with Other Rules

MTH 261 Power 0:05:52

MTH 261 Power Rule Examples on page 35

MTH 261 Section 0:16:50

MTH 261 Section 1.6 Product Rule Example 1 and 2

MTH 261 Section 0:07:55

MTH 261 Section 2.2 Derivative of Exponential Base-e Functions Examples 1, 2, and 3 on page 81

MTH 261 Exam 0:07:53

MTH 261 Exam 1A Question 7 Chain Rule Application

MTH 261 Applied 0:12:49

MTH 261 Applied Calculus 1 Section 1.7 Example 3

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2021 10 07 MTH 261 Class Session Video

MTH 261 Sec 0:20:56

MTH 261 Sec 2.3b Product Rule for Derivatives

Mth 261 4.1a 0:14:54

Mth 261 4.1a

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That part is talking about how t cannot be bigger than 13 and cannot be smaller than -13, because if it’s bigger than 13 or smaller than -13, its square will be bigger than 169, causing the radicand to become a negative number. That’s not a real number! So in short, that part doesn’t really have anything to do with the work we do in this problem but just stating the domain. I took that part out on your exam 1 so you can just get straight into finding the derivative.

sson
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What about the -13<t<13 at the top of the question what’s that for?

kashkid