6.6 Modelling with Trigonometric Functions

📖 Chapter 6 Trigonometric Functions
📄 Page 354
🎥 20 videos
Total Videos
20
Playlists
2
Textbook Page
354
Grade Level
12

advfnsnelsonCh6.6lectureTube

4 videos

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1

001. Ferris Wheel Problem ex1

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Answer
⏱️ 5:170🎬 MJkSKAhSTJI
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2

002. Modelling with Trig Function

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Answer
⏱️ 5:170🎬 cWtNgA0wCxs
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3

003. Modelling Wind Turbine

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Answer
⏱️ 4:290🎬 Kx-XaEPUiro
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4

004. Modelling Tide Level

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Answer
🎬 6a6qUtoZhxI
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yt.import.sol.845

16 videos

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1

001. Q1

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Answer
📚 Related Lectures
11.4.1 Trigonometric Functions, TRIG Modelling in DEG, set up Equation to solve
🎓 001. Modelling Tide Motion with Trig
🎓 003. High and Low Tide
🎓 002. Modelling Voltage with a Sine Trig Function
⏱️ 1:441🎬 QrPKIQKNLNE
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2

002. Q2

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Answer
📚 Related Lectures
ADVFUN, Trig RAD, given COS Function with Phase or Vertical Shifts, sketch
🎓 001. Cos function transformation
⏱️ 2:381🎬 X8Bu_qB8iTY
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3

003. Q3

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Answer
📚 Related Lectures
12.3 ADVFUN, Trigonometry RAD, given Tan Function or Conditions, sketch
🎓 001. Introduction to Tan graph in RAD
🎓 002. Phase shift with Tan graph
🎓 003. Transformation of Tan function
⏱️ 2:021🎬 ypEOqUdFhbI
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4

004. Q4

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Answer
📚 Related Lectures
11.4.1 Trigonometric Functions, TRIG Modelling in RAD, given.Ferris.Wheel, setup.solve
🎓 002. Modelling Wind Turbine
🎓 001. Modelling Wind Turbine
⏱️ 1:441🎬 18N61HgHMpw
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5

005. Q5a

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Answer
📚 Related Lectures
12.3.2 ADVFUN, TRIG MODELLING, given.Wave.word.problem, set.up.solve
🎓 001. Modelling Tide Level
⏱️ 1:111🎬 9YCTXibDNgI
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6

005. Q5b

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Answer
📚 Related Lectures
12.3.2 ADVFUN, TRIG MODELLING, given.Wave.word.problem, set.up.solve
🎓 001. Modelling Tide Level
⏱️ 0:231🎬 KpQf1YkjRL0
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7

005. Q5c

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Answer
📚 Related Lectures
12.3.2 ADVFUN, TRIG MODELLING, given.Wave.word.problem, set.up.solve
🎓 001. Modelling Tide Level
⏱️ 0:411🎬 3gM6pNCZSj8
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8

005. Q5d

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Answer
📚 Related Lectures
12.3.2 ADVFUN, TRIG MODELLING, given.Wave.word.problem, set.up.solve
🎓 001. Modelling Tide Level
⏱️ 0:411🎬 tV6ARB3IETg
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9

006. Q6

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Answer
📚 Related Lectures
12.3.2 ADVFUN, TRIG MODELLING, given.Wave.word.problem, set.up.solve
🎓 001. Modelling Tide Level
⏱️ 3:291🎬 xHOxbDd3iVY
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10

007. Q7

Question
Answer
📚 Related Lectures
11.4.1 Trigonometric Functions, TRIG Modelling in DEG, set up Equation to solve
🎓 001. Modelling Tide Motion with Trig
🎓 003. High and Low Tide
🎓 002. Modelling Voltage with a Sine Trig Function
⏱️ 2:011🎬 xYzkviqe9No
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11

008. Q8

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Answer
📚 Related Lectures
11.4.1 Trigonometric Functions, TRIG Modelling in DEG, given.Ferris.Wheel, setup.solve
🎓 001. Ferris Wheel
⏱️ 3:021🎬 gykfYTIvadI
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12

009. Q9

Question
Answer
📚 Related Lectures
11.4.1 Trigonometric Functions, TRIG Modelling in RAD, given.Ferris.Wheel, setup.solve
🎓 002. Modelling Wind Turbine
🎓 001. Modelling Wind Turbine
⏱️ 7:331🎬 H_h9wOVBOKI
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13

010. Q10a

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Answer
📚 Related Lectures
12.3.2 ADVFUN, TRIG MODELLING, given.Wave.word.problem, set.up.solve
🎓 001. Modelling Tide Level
⏱️ 3:421🎬 6n2YvJBMgAU
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14

010. Q10b

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Answer
📚 Related Lectures
12.3.2 ADVFUN, TRIG MODELLING, given.Wave.word.problem, set.up.solve
🎓 001. Modelling Tide Level
⏱️ 0:231🎬 poXc-GxdneE
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15

012. Q12

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Answer
⏱️ 0:571🎬 hhyWVUFtf3c
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16

013. Q13

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Answer
📚 Related Lectures
11.4.1 Trigonometric Functions, TRIG Modelling in DEG, given Table of Values, Model and Solve
🎓 001. Modelling with Trig from Table of Values
⏱️ 2:061🎬 khqURvisVDU
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