Class Calendar Mar 2 - Mar 6

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MATH Rtl--France

MATH Rtl--Minowitz

MATH--Moberg

PRE-ALGEBRA--Hatz

CC3 Pre-ALG--Minowitz

ALGEBRA I--France

ALGEBRA I--Rasmussen

CCA Algebra--Minowitz

Mon - INSERVICE & P/T CONFERENCES

Tues - Lsn Lsn 6.1.4 (day 2) = Least Squares Regresssion Line

  • I can...
    • use a graphin calc to create a scatterplot and fint he LSRL.
    • find the Lease Squares Regression Line using their calculators.
    • Recognize the LSRL is the line that minimizes the sum of the squares of the residuals.
  • CW = 6-31 through 6-33
  • HW - 6-41 through 6-46

Wed - Lsn 6.2.1 (day 1) = Residual Plots

  • I can...
    • observe the impact an outlier has on a LSRL.
    • determine if a linear model is a good fit for the data by creating and visually analyzing residual plots.
  • CW = 6-47 and 6-49
  • HW = 6-55 through 6-60

Thurs - Lsn 6.2.1 (day 2) = Residual Plots

  • I can...
    • determine if a linear model is a good fit for the data by creating and visually analyzing residual plots.
  • CW = 6-50 through 6-21
  • HW = 6-55 through 6-60

Fri - CHAPTER 5 TEAM TEST

  • I can...
    • calculate the correlation coefficient and observe the scatter for various extremes of r.
    • describe an association between two variables in more mathematical terms.
  • CW = 6-67 to 6-71
  • HW = 6-73 to 6-78

 

CCA ALGEBRA--France

Mon - INSERVICE & P/T CONFERENCES

Tues - Lsn Lsn 6.1.4 (day 2) = Least Squares Regresssion Line

  • I can...
    • use a graphin calc to create a scatterplot and fint he LSRL.
    • find the Lease Squares Regression Line using their calculators.
    • Recognize the LSRL is the line that minimizes the sum of the squares of the residuals.
  • CW = 6-31 through 6-33
  • HW - 6-41 through 6-46

Wed - Lsn 6.2.1 (day 1) = Residual Plots

  • I can...
    • observe the impact an outlier has on a LSRL.
    • determine if a linear model is a good fit for the data by creating and visually analyzing residual plots.
  • CW = 6-47 and 6-49
  • HW = 6-55 through 6-60

Thurs - Lsn 6.2.1 (day 2) = Residual Plots

  • I can...
    • determine if a linear model is a good fit for the data by creating and visually analyzing residual plots.
  • CW = 6-50 through 6-21
  • HW = 6-55 through 6-60

Fri - CHAPTER 5 TEAM TEST

  • I can...
    • calculate the correlation coefficient and observe the scatter for various extremes of r.
    • describe an association between two variables in more mathematical terms.
  • CW = 6-67 to 6-71
  • HW = 6-73 to 6-78

 

 

GEOMETRY--Kocmound

Mon - Inservice & P/T Confrences

Tues - Lsn 8.1.5 = Finding Areas of Regular Polygons

  • I can...
    • Develop an algorithimto find the area of any regualr polygon
  • CW = 8-47 and 8-50
  • HW = 8-53 through 8-59

Wed - Lsn 8.1.5 (Day 2) = Finding Area of regular polygons

  • I can...
    • Develop an algorithim to find the area of any regular polygon.
  • CW = 8-47, 8-49 and 8-50
  • HW = 8-60 through 8-66

Thurs - Lsn 8.2.1 = Area Ratios of Similar Figures

  • I can...
    • Regognize thet the ratio of the area of similar figures is the square of the ratio of similarity.
  • CW = 8-67 through 8-69
  • HW = 8-71 through 8-77

Fri - Lsn 8.2.2 = Ratios of Similarity

  • I can...
    • Develop understanding for how the area and perimeter of a shape change as the shape is enlarged or reduced proportionally.
  • CW = 8-78 and 8-79
  • HW = 8-83 through 8-89

 

 

 

 

GEOMETRY--France

Semester 2 - Week 5: Feb 23 - Feb 27

Mon - Lsn 8.1.2 = Interior Angles of Polygons

  • I can...
    • Find the sum of the interior angles of polygons
  • CW = 8-13 through 8-26
  • HW = 8-17 through 8-23

Tues - Lsn 8.1.3 = Angles of Regular Polygons

  • I can...
    • Determine the measure of an interior and exterior angle of a regular polygon
  • CW = 8-24 through 8-26
  • HW = 8-29 through 8-35

Wed - INDIVIDUAL TEST - CHAPTER 7

  • I can...
    • Preform well and demonstrate what I know
  • HW = none

Thurs - Early Out Schedule- Lsn 8.1.4 = Regular Polygon Angle Connections

  • I can...
    • Find the measures of interior and exterior angles of regular polygon using multiple methods
    • Calculate the sum of the interior angles of polygons
  • CW = 8-36 and 8-37
  • HW = 8-40 through 8-46

Fri - Lsn 8.1.5 (day1) =Finding Areas of Regular Polygons

  • I can...
    • Develop an algorithm to find the area of any regular polygon
  • CW = 8-47, 8-49 and 8-50
  • HW = 8-53 through 8-59

 

 

 

ENG9--Crotteau

ENG9--Neumann

ENG9--Walsh

READING--Crotteau

SCIENCE--Swanson

SCIENCE--Ramin

Mon - Lab evaluation 2/9
Tues - Test 2/10
Wed - Test corrections
Thur - begin chapter 12 2/11
Fri - Correct 12.1 2/13

BIOLOGY--Albarado

GRAPHIC IMAGING--Leque

SM ENGINES--Lee

Start engines 2/9
Chapter 1&2 QUIZ
Video Sheet
Chapter 1&2 Packet

 

IED--Kerr

COMP APPS--Huber

SPANISH--Anderson

Green Sheet 2/9
Green Packet 2/10
Green Post-it 2/11
 
 

SPANISH--Stephens

ADV. COMP APPS--Bennig

ART-Casey

ART-Haugen

Sculpt/Attach Detail 2/9
Linoart demo 2/10
Cutting plates 2/11
 
 

FOODS-Feyma

CLOTHING-Poff

SM ANIMALS--Sauvola

PLANTS...--Sauvola

WILDLIFE...-Sauvola

 

PE--Badger

PE--Kaczmarski

HEALTH--Eckert

CHOIR--Schroetter

MWH--Willert

MWH--Knutson

MWH--Scharf