9/30 Mon: Integer Test

HW: None

AGENDA:
Integer Test-untimed, take your time. Cannot use a calculator or your notes. Good luck!  You will  do awesome!!!

9/27 Fri: Integer Review Day 2

HW: STUDY FOR TEST MONDAY!!

AGENDA:
**Review graded work from over the last few days** MAKE CORRECTIONS! FINISH THE UNFINISHED!!
1. Review Integer unit review packet
2. Distance between 2 points sheet
3. Kahoot games

9/26 Thurs: Integer Review

HW: Complete Integer Review Packet
Integer Test MONDAY!!

AGENDA:
1. Review HW worksheet
2.  Integer Study Card
3. Begin working on Integer unit review packet

9/25 Wed: Distance Between Points

HW: Distance Between Points Independent Practice Worksheet-due tomorrow 
PLay this game to find distance between 2 points!
STUDY FOR TEST Friday!!

AGENDA:
1. PPT (BetterLesson) on coordinate plane review
2.  Think About It and New Material-distance between points on a graph using absolute value
3. Page 145 thru 148 in orange book. Review Answers together as a class.

9/24 Tues: Reflections and Integer Review and Practice

HW: IXL X1 thru X6 (grade taken as is from IXL) 
Begin Studying for Test coming up Friday this week! 

AGEDNA:
DIN: Coordinate Grid Sheet
1. Review HW page 121 and 122
**See notes posted on class dojo for study support**
2. Watch the LearnZillion video on reflections across the x and y axis and take notes in notebook
3. Stations-
a.Rational and Irrational Numbers sort sheet
b. Lesson 2: Real World Positive and Negative Numbers and Zero
c. Graph points and reflect over the x and y axis
d. Ms. Sobon-Exit Ticket review and differentiation
Checks-Legends of Learning

9/23 Mon: Reflections Across the X Axis

HW: page 121 (#s 2 and 3), page 122 (#s 1-3, 6, 8, and 9)

Learning Target: I can reflect simple points across the X and Y axis and differentiate between them using prime notation. 

AGENDA:
DIN: 10.0 sheet on graphing
1. Review HW
2. Review graphing points on mini-coordinate plane and play Battle Ship with a partner!
3.  Reflection across the X axis

• Use another sheet of graph paper to set up the coordinate plane the same.  Be sure to label the axes and the x and y axes.  
• label the axis
• label the integers on both number lines (the axes) up until 7 on each end (positive and negative)
• graph the following point E (-3,-4).  Write the coordinates on the graph below. 
• Notice what quadrant the point is in. 
• Fold the paper exactly on the line of the X axis.  
• heavily shade over the back of the point.
• open the paper up. What happened? 
• Which quadrant is the new reflection point in?  
• Write the new coordinates under that point on the bottom half of the graph paper.  Label this point with prime notation

NOTE: If you draw two images, use DOUBLE PRIME NOTATION to indicate which image came first and second.
4. Orange Book-page 143 and 144
5. Exit Ticket

9/20 Fri: Reflections across the Y axis

HW: page 121 (#s 1 and 4), page 122 (#s 4, 5, 7, and 10)

AGENDA:
DIN: Read page 120
1. Review HW page 63
**PM GROUP-need to do graphing activity from yesterday first**
2. Watch Intro to Reflections Video (stop after reflecting across the y and x axis)
VOCAB: line of reflection, prime notation, reflection across the x and y axis, congruent, image
3. EXPLORE! Using graph paper, draw the coordinate plane-notice the arrow heads on the end of both x and y axes.  They indicate that the number line continues in both directions indefinitely.

• label the axis
• label the integers on both number lines (the axes) up until 7 on each end (positive and negative)
• graph the following point A (2,3).  Write the coordinates on the graph.  Connect them in order with darkened lines.
• Highlight the Y axis.  Fold the paper exactly on the line of the Y axis.  
• heavily shade over the back of the paper where the point is.
• open the paper up. What happened? 
• Which quadrant is the "reflection point" in?  
• Write the new coordinates under that image point and label each of the image points with prime notation
  

4. Review the REFLECTION NOTE PAGE at the back of the workbook.  Highlight Y AXIS.  Identify the rule for reflecting points in the y axis.
5. Begin working on HW