Monday 2-14-22 

• Discover "e" Euler's Constant approximately 
• ​Introduce the compound interest formula
  • ​Differentiate each of the letters in the formula
    
    • ​A(x) = amount after time x
      
    • P = Initial Investment or Principal​
      
    • r = annual interest rate as a decimal
    • n = frequency of interest compounding in a year
      
    • x = time in years
    • Earned Money = A(x)-P 
• Introduce the Continuously Compounded Interest  Formula

Tuesday 2-15-22 

• Quizizz on Compound Interest Model
• Solve exponential equations using logs
  • ​​change of base formula
• Continue using log to solve equations for unknown exponents
  • log base b
  • log base 10
  • ln (natural log)

Wednesday 2-16-22 

• Continue Monday and Tuesday Practice with Compound Interest Models 
• Continue to use different bases to solve exponential equations​
• Start log of a product 
  
  • log mn = log m +log n
    

Thursday 2-17-22 

• You will have a Desmos Teacher Assignment​

Friday 2-18-22

• Build and Use a Natural Growth Model
  • find exact and approximate 'r" or "k" values
  • Determine when a NEGATIVE r and a POSITIVE r should occur
  • Radioactive half life examples
  • Population growth examples

Moved to NEXT Week

• ​​Summative Assessment Build and Use Compound Interest and Continuously Compounded Interest Models 
• Summative Assessment on rewriting expressions using definition of log and log of a product

PRACTICE
Monday 2-14-22

• Discover e and Guided Notes
• KUTA Word problems with Compound Interest Models
  • WORKED OUT SOLUTIONS to ODDS
  • even answers on posted worksheet

Tuesday 2-15-22

• Half Sheet solving equations using logs (common log, natural log and log base b)
  • Worked Out Solutions 

​Wednesday 2-16-22 

• Guided Practice Compound Interest and e Worksheet
• Practice Compound Interest and Its Use Worksheet 
• Warm UP Compound Interest Models and their Use
  • 10000 version
  • 18000 version
  • 20000 version
  • 36000 version

Thursday 2-17-22

• You will have a Desmos Teacher Assignment

Friday 2-18-22 

• Natural Growth and Decay Models PRACTICE and HWK

Exponential Growth and Decay Models 

Rewriting Logarithmic and Exponential Expressions 

Organic Chemistry Webpage
Building Compound Interest Models
​(WORD Problems)
Length: 23:00 Minutes 

Organic Chemistry Webpage
Building Exponential Growth and Decay Models
​(WORD Problems)
Length: 13:00 Minutes 

Mario's Math Tutoring
Compound Interest model
Length 2:00

Brian McLogan Website
What is the Compound Interest Model and what does it mean?
Length 6:30

Brian McLogan Website
How to determine how many times you compound in a year for compound interest
Length 4:50

Black and Red Marker 
Doubling Time for Compound Interest Model
​Length 5:07

Mario's Math Tutoring
Rewriting Logarithms in Exponential Form
Length 3:30

PatrickJM Website
Convert from Logarithmic Form to Exponential Form
Length 2:00

Organic Chemistry Tutor
Rewriting Logarithms in Exponential Form
Length 3:10

Brian McLogan Website
Rewriting Exponential expressions to Logarithmic Expressions
(LN APPEARS) 
Length  3:20