Acc Alg 2018 2019 Semester 2

Multiple Choice Final with 35-40 questions on all Semester 2 materials

KEYS:

Finals Review 1 Key

Finals Review 2 Key

Finals Review 3 and 4 Key

• Finals Review 4

• HW: Finals Review 3

• Word Problem Test

• Finals Review 3

• HW: Finals Review 2

• Correct and discuss:

  • Stats Worksheet 1 - Partial Key

  • Stats Worksheet 2 - Partial Key

  • Finals Review 1 - Key

• Mock Test 1 and Mock Test 2 - Key

• HW: Prepare for Word Problem Test

• Complete Stats Worksheet 2

• HW: Complete:

  • Stats Worksheet 0

  • Stats Worksheet 1

  • Stats Worksheet 2

  • Finals Review 1

• Stats 0 Discuss with Calculator (15 min)

• Note-taking is required (15 min):

  • Video 1: Standard Deviation

  • Video 2: Normal Distribution 1

  • Video 3: Normal Distributions 2

• Normal Distribution Lab and discussion (10 min)

• Stats Worksheet 1 and discussion (10 min)

• Corrections (10 min)

• HW: Complete Stats Worksheet 1

• Discuss Trig Worksheet 10 - Key

• Test Corrections

• Note-taking is required:

  • Video 1: Measure of central tendency

  • Video 2: Mean Deviation

  • Video 3: Frequency distribution and histograms

  • Video 4: Stem and Leaf

  • Video 5: Box and Whisker Plots

  • Video 6: IQR and Outliers

  • Audio 1: Normal Distributions

• HW: Complete Finals Review 1 and Trig 12

• Trig Worksheet 11

• Note-taking is required on:

  • Video 1: Trig Word Problem Example 1 - Ferris Wheel

  • Video 2: Trig Word Problem Example 2 - Oil Well

• Trig Worksheet 10

• Feedback on Stats 0

• HW: Trig Worksheet 10 and Stats 0 - Must be completed

• Trig Test 2

  • HW: Stats Worksheet 0

• Trigonometry Mock Test - ALL KEYS

  • Talk about Trigonometry Worksheet 9

• HW: Complete and correct Trig Mock Test - Key and all Trig-related Webwork assignments

• Period 4: Return and correct quizzes

• Discuss Trig Transformations

• Trigonometry Worksheet 9

• Webwork - Trig 4

• Note-taking is required:

  • Video 1: Phase Shift

  • Video 2: Modeling with Trigonometric functions (Pendulum)

  • Video 3: Modeling with Trigonometric functions (Fox Population)

• HW: Complete Trigonometry Worksheet 9

• Warm up to discuss phase shift

• Note-taking is required:

  • Video 1: Modeling with Trigonometric functions I

  • Video 2: Modeling with Trigonometric functions II

• Trigonometry Worksheet 8

• Complete Webwork

• HW: Complete Trigonometry Worksheet 8 and Webwork - Trig 3

• Please do not log on to webwork today - there is an issue I need to fix. Will let you know.

• Trigonometry Worksheet 7 (on a separate sheet of graph paper)

• HW: Complete Trigonometry Worksheet 7

• Correct and discuss Trigonometry Worksheet 3 - Key

• Correct and discuss Trigonometry Worksheet 4 - Key

• Collect and mark notes and webwork exercises

• Trigonometry Test 1 (No Calculator)

• Complete Trigonometric Transformation Inquiry

• HW: Complete Trigonometry Worksheet 5 and 6

• Webwork Trig 3

• Transformations of sine and cosine

• Teacher will check all your notes this class - Key

• HW: Complete all your work (Trig Wk 3/4/5 and Webwork Trig 1/2/3), review all the notes and worksheets for quiz

• Trig Worksheet 3

• Show your notes from videos from last class

• Unit Circle Points and values - how much do you remember?

• Webwork

• Note-taking is required:

  • Video 1: Why did we bother to learn about reference angles and co-terminal angles in the first place?

  • Video 2: Tangent Values on the Unit Circle

  • Video 3: What is a conversion factor?

  • Video 4: Radians not given in terms of pi

  • Video 5: Solving simple trigonometric equations with constraints

  • Video 6: Solving (your turn)

  • Video 7: Graph of the sine function

  • Video 8: Graph of the cosine function (your turn)

  • Video 9: Transformations of sine/cosine graphs

• HW: Complete Trigonometry Worksheet 5

• Unit Circle Points and values - how much do you remember? (Do this on the blank unit circle provided in Trig Wk 4)

• Discussion

• Note-taking is required:

  • Video 1: Drawing angles given in radians

  • Video 2: Finding coterminal and reference angles for such angles

  • Video 3: Points on the unit circle - a simple trick

  • Video 4: What are sine and cosine?

  • Video 5: What does the unit circle have to do with sine and cosine?

  • Video 6: Finding sine and cosine values of angles on the unit circle.

  • Video 7: Pythagorean Identity

  • Show teacher your notes

• Webwork

• HW: Complete Trigonometry Worksheet 4 and webwork (if not completed in class)

• Return tests, work on correction and reflections

• Collect Polynomial Worksheet 8

• Class discussion - drawing angles, co-terminal angles, reference angles, unit circle, meaning of sine and cosine, two video questions from last class - NOTES.

• Note-taking is required:

  • Video 1: Relationship between radians and degrees

  • Video 2: Converting radians to degrees

  • Video 3: Converting degrees to radians

  • Video 4: Two forms of radians

  • Video 5: Special Triangles - question

  • Video 6: Special Triangles - the answers

  • Video 7: Special Triangles and Unit Circle

  • Video 8: Finding radian measure of angles on unit circle

• Trigonometry Worksheet 3

• HW: Complete Trigonometry Worksheet 3

• Correct Trigonometry Worksheet 1 - Key

• Note-taking is required:

  • Video 1: Angles on the unit circle

  • Video 2: Familiar angle measures in degrees on the unit circle

  • Video 3: Angles in standard position, positive and negative angles

  • Video 4*: Coterminal Angles

  • Video 5*: Reference Angles

  • Video 6: Question 1

  • Video 7: Radians

  • Video 8: Question 2

• Trigonometry Worksheet 2 (only the questions that have degree measures, not radians as yet)

• Introduction to Periodic Functions (just the first two pages)

• HW: Complete Trigonometry Worksheet 2

• Collect Mock Test 1 and Mock Test 2 (Checking for completion and correction)

• Short Discussion

• Polynomial Test 2 (no calculators for graphing questions)

• HW: Trigonometry Worksheet 1 and Polynomial Worksheet 8

• Watch video on Complex Numbers: What are imaginary numbers? There will be one question on the final from this video.

• Complex Numbers

• HW: Complete, correct and reflect on Mock Test 1 and Mock Test 2. Redo challenging problems.

• Discussion on Polynomial Division (from Polynomial Worksheet 5 and Polynomial Worksheet 6 )

• Rational Expression Review with teacher (from Polynomial Worksheet 8)

• Correct and discuss Rational Expressions, Polynomial Worksheet 7 and videos from last class

• Diligent note-taking required with the following videos (if you did not get around to it last class):

  • Video 7: Polynomial Worksheet 6: Problem 13

  • Video 8: Polynomial Worksheet 6: Problem 15

  • Video 9: Polynomial Worksheet 6: Problem 16

• Polynomial Worksheet 8 (individually)

• HW: Complete, correct and reflect on Polynomial Worksheet 8 (no retakes will be allowed in the future if this is not completed by next class - yes time-sensitive)

• Diligent note-taking required with the following videos:

  • Video 1: Polynomial Graphing Observation

  • Video 2: Polynomial Graphing Question 1

  • Video 3: Polynomial Graphing Question 2

  • Video 4: Polynomial Division written in fractional form

• Polynomial Graphing Activity in class

  • Short discussion

• Diligent note-taking required with the following videos:

  • Video 5: Factor Theorem

  • Video 6: Remainder Theorem

  • Short discussion

• HW: Attempt problems from Rational Expressions and complete Polynomial Worksheet 7

• Entrance Ticket (Complete Polynomial 2)

• Correct Polynomial Worksheet 4

• Chat about factoring techniques

• Polynomial Test 1

• Polynomial Worksheet 6 (Complete all division problems using Polydoku division and synthetic division (whenever possible)

• HW: Complete all Polynomials Worksheets from 1 till 6 before next class and all Webwork Entrance/Exit tickets (Polynomial 1, Polynomial 2).

• Diligent note-taking required with the following videos:

  • • Video 1: Polynomial Division - Simple case (remainder 0)

    • Video 2: Polynomial Division - Relationship between dividend, divisor, quotient and remainder

    • Video 3: Polynomial Division - Non-zero remainder

    • Video 4: Polynomial Division - Polynomial with missing terms

    • Video 5: Polynomial Division - Your turn

    • Video 6: Polynomial Division - Synthetic Division

• Polynomial Worksheet 5 (Complete all division problems using Polydoku division and synthetic division (whenever possible)

• Return Tests and make corrections/Retake commitments

• HW: Complete:

• • Polynomial Worksheet 5 (If you are doing a retake on Friday, then you can complete this in class on Friday)

  • Required Review for Log Retake (If you don't bring this completed review at the time of retake, you can not retake).

  • Here is the Key to the above review - Key

  • Optional Review for Log Retake

• Correct and discuss Polynomial Worksheet 3 Key and discuss

• Entrance Ticket

• Factoring Inquiry

• Return Tests and make corrections/Retake commitments - sign up

• Polynomial Worksheet 3

• If you were present on March 13th, diligent note-taking is required with the following videos:

  • Video 4: Polynomials in disguise 1

  • Video 5: Polynomials in disguise 2

  • Video 6: A trick to handle P₂ in Polynomial Worksheet 3

  • Video 7: Polynomial graph's behavior at the x-intercept

• Start Polynomial Worksheet 4

• HW: Complete Polynomial Worksheet 4. Make sure to have all polynomial worksheets from 1 through 4 done by next class.

• Entrance Ticket

• Discuss Polynomial Videos from Day 1 and Entrance Ticket Questions

• Notes: Discussion on Polynomial Graphs: x-intercepts, y-intercepts and end behaviors

• Polynomial Worksheet 3

• HW: Complete all of Polynomial Worksheet 3

• Entrance Ticket

• Correct and discuss half of: Polynomial Worksheet 1 - Key

• Discuss Log Wk 7 - Key

• Diligent note-taking required with the following videos:

  • Video 1: Like Terms

  • Video 2: Polynomial Addition

  • Video 3: Polynomial Subtraction

  • Video 4: Polynomial Multiplication: The principle

  • Video 5: Polynomial Multiplication Example 1

  • Video 6: Polynomial Multiplication Example 2

• Class discussion on video content

• HW: Polynomials Worksheet 2

• Diligent note-taking required with the following videos:

  • Video 1: What is a polynomial?

  • Video 2: Polynomial terminology through example

  • Video 3: Polynomial terminology through definitions

  • Video 4: Classification of polynomials

• Complete Polynomial Worksheet 1

  • HW: Complete all videos above and Polynomial Worksheet 1

• Test 5

• HW: Complete:

• • Logarithmic Worksheet 7 and Logarithmic Worksheet 8

• Discuss Mock Tests/Practice some more.

• Work on Logarithmic Worksheet 7

• Collect, mark and return Log Worksheets 1,2,3 for completion.

• HW: More Review for Test (no keys) and complete all applications videos from last class, Study for the test.

• Collect all mock tests and mark them for completion - this goes in the grade book today.

• Diligent note-taking required with the following videos:

  • Video 1: Applications of Logarithms Example 1 (Compound Interest)

  • Video 2: Applications of Logarithms Example 2 (Continuous Compounding)

  • Video 3: Applications of Logarithms Example 3 (Decay of substances and half-lives)

  • Video 4: Applications of Logarithms Example 4 (Acidity)

  • Video 5:Applications of Logarithms Example 5 (Earthquakes)

  • Video 6: Applications of Logarithms Example 6 (Opera Singers)

• Correct and reflect on Mock Tests: Mock Test Keys

• Note: History of Logarithms (from Feb 12th ) and Mock Tests 1 and 2 will be entered in the grade book tonight (you will be graded for completeness on the Mock Tests, not accuracy of solutions)

• HW: More Review for Test (no keys) and complete all applications videos from this class.

Do not get help on these mock tests so that we can diagnose why you are misunderstanding the content:

• Mock Test 1

• Mock Test 2

• Discuss Challenge problems

• HW: Complete Mock Test 1 and Mock Test 2

• Logarithmic Functions Worksheet 4 - Key

• Logarithmic Functions Worksheet 5 - Key, Problem 14 Key

• Logarithmic Functions Worksheet 6 - Key

• HW: Complete and correct all worksheets

• Check note-taking so far.

• Logarithmic Equations (Diligent note taking is required and will be checked):

  • Video 1: Solving equations Example 1

  • Video 2: Solving equations Example 2

  • Video 3: Solving equations Example 3

  • Video 4: Solving equations Example 4

• Logarithmic Functions Worksheet 4

• Concept Check

• Discuss Concept Check-Key

• Check Logarithmic Functions Worksheet 3 - Key

• Introducing Context for Logarithms, e, ln and solving log equations (Diligent note taking is required and will be checked):

  • Video 1: Log graphing inquiry discussion - Graphs

  • Video 2: Log Worksheet 3 problems (Transformations)

  • Video 3: Log Worksheet 3 problems (Minnows)

  • Video 4: Log Worksheet 3 problems (Compound Interest and what is e?)

  • Video 5: What is Ln?

  • Video 6: Finding inverses of exponential functions

  • HW: Watch More history video, Logarithmic Scale Video and Complete Journal Entry (type and print and submit using this form : SUBMIT FORM)

• Check answers:

  • Exponential Worksheet - Partial Key

  • Log Worksheet 1 - Key

  • Log Worksheet 2 - Key

• More on Logarithmic properties and Logarithmic Transformations (Diligent note taking is required and will be checked):

  • Video 1: Log Property Example 4

  • Video 2: Log Property Example 5

  • Video 3: Log graphing activity 1

  • Video 4: Log graphing activity 2

  • Video 5: Change of Base Property/Formula

  • Video 6: More properties of Logs I

  • Video 7: More properties of Logs II

  • Discussion/Ask questions

• Logarithmic Functions Worksheet 3

• HW: Complete Logarithmic Functions Worksheet 3 - and watch History of Logarithms Video

• Introducing Logarithmic Properties (Diligent note taking is required and will be checked):

  • Video 0: Exponential Worksheet problem 11 (Part I)

  • Video 1: Exponential Worksheet problem 10 (Part II)

  • Video 2: Log Property 1

  • Video 3: Log Property 2

  • Video 4: Log Property 3

  • Video 5: Log Property Example 1

  • Video 6: Log Property Example 2

  • Video 7: Log Property Example 3

  • Short discussion/summary

• Logarithmic Functions Worksheet 2 (Active participation required)

• HW: Complete the worksheet

• Blast From The Past 2

• Note: We will discuss Exponential Functions Worksheet from Jan 31st on Tuesday February 6th - so don't panic if you didn't know how to do them all.

• Introducing Logarithmic Functions (Diligent note taking is required and will be checked):

  • Video 1: What is the inverse of an exponential function?

  • Video 2: Notating the inverse of an exponential function

  • Video 3: Examples of going from exponential to logarithmic statement and vice versa

  • Video 4: More examples

  • Video 5: Last example and a summary of tips

  • Video 6: The domain and range of the logarithmic function

• Logarithmic Functions Worksheet 1

• HW: Complete the worksheet

• Blast from the past 1

• Revisiting Exponential Functions (Diligent note taking is required and will be checked):

  • Video 1: When does it grow and when does it decay?

  • Video 2: Graphs and transformations of exponential functions

  • Video 3: Tips to simplify exponential expressions

  • Video 4: Example of exponential expression simplification

• Short discussion about videos

• Exponential Functions Worksheet

• HW: Complete the worksheet