| October 22-
26, 2007 |
The last full week of the
first nine weeks! Quarterly Assessments: Thursday, 10/ 25/ 07!!! |
|
Monday |
Core 1: Inclusion class with Mrs.
Hardee--Algebraic Magic! Introduce 3 X 5 flash cards for
EOG formulas.
Cores 2, 3 , and 4: Computer Lab (Media
Center) Work through section on Real World Problem Solving.
Read Lesson and work on sets of 10 as practice. Return to
graphing assignment if time allows.
Introduce all cores to the new Weekly
Essentials assignment. |
|
Tuesday |
Core 1: Call out answers from assignment on
pg. 42-43. Self check. Answer questions on difficult
problems. Review rules for multiplying and dividing
integers pg. 45- 47. Assign pg. 47-48 problems 1-34. Work
on Weekly Essential probems.
Cores 2, 3, and 4: Review rules for
multiplying and dividing integers pg. 45- 47. Assign pg.
42 problems 26-43. Work on Weekly Essential problems. |
|
Wednesday |
Circle measurement: Circumference and
Area formulas. Use word problems from text to practice and
determine which formula is appropriate for each situation. |
|
Thursday |
First Nine Weeks Quarterly Assessments.
Assign W/S on the Meka II. |
|
Friday |
Finish NineWeeks Assessments if necessary.
Mental Math for Weeks 7 and 8. |
|
October 8-12, 2007 |
Monday-October 8, 2007- Columbus Day |
|
Monday |
No School for Students |
|
Tuesday |
All
cores: Get progress note signed and returned by Friday.
Work on corrections and missing assignments.
Core 1: Review the golden rectangle concept
using Fibonacci's sequence. Create a similar sequence.
Examine the golden ratios generated and write out the next 8
ratios and decimal equivalents. Compare this sequence with
the original Fibonacci seequence. Begin a partner Fibonacci
Search.
Cores 2, 3, and 4: L2-2 in Text:
Review how estimation can help establish a "feel" for the
correct answer to a problem. Complete sample problems on
pg. 79 together. Assign WB pages 23 and 24 to work on in
class and to finish at home. |
| Wednesday |
Core 1:
Finish collecting data for The Golden Scavenger Hunt."
Extension: Find the width that would make each item a
golden rectangle. Cores 2, 3 and 4: Practice
using the equality properties to solve equations. Use examples
and problems from lesson 3, Unit 2. |
| Thursday |
Core 1:Use
Computer lab (media center) for Study Island.
Cores 2, 3 and 4: Continue writing algebraic
expressions for word problems on pgs. 86 and 87. Begin
reviewing operations using integers, particularly addition and
subtraction. |
| Friday |
|
|
Oct. 1-5, 2007 |
Next Progress Note on October 9, 2007
NCS OS: OBJ: 1.03, 5:02 and
all objectives from Strand 4 |
|
Monday |
All cores Study Island in Media Center Lab
AIG pullout class with Mrs. Hardee |
|
Tuesday |
Complete line plots for "Are you Ideal" activity with Core 1
students. Discuss the connection between line plots and
histogram. Introduce "Pitter Patter Rabbits'Feet". Work in small
groups to attack problem.
Introduce Evaluating and Writing Algebraic
Expressions (Text book reference pg. 71-79. (Cores 2-4) |
|
Wednesday |
Core
1: Solve the "rabbit" problems using a chart format.
Examine chart to look for patterns and connections between
totals. Introduce addtional information about Fibonacci and his
sequence. Assign activity sheet on ratio and decimal
equivilents. Create own Fibonacci sequence and test the ratios.
Cores 2, 3, and4: Continue practicing
evaluating and writing algebraic expressions. Review math
vocabulary: expressions, variables, and equations. Begin using
number sense to solve equations. |
|
Thursday |
Core
1: Examine Fibonacci patterns and coindences. Begin
the Golden Rectangle Scavenger Hunt. Review problems
on Weekly Essentials for Wk. 6. Cores 2,
3, and 4: Introduce terms: open sentence and
solution of an equation.
Solve equations by using mental math, substitution for
variables, and estimating solutions. Practice textbook
problems and aligned workbook pages. |
|
Friday |
Study Island in computer lab on seventh grade hall.
Read lessons that correspond with data analysis and the options
for displaying data. Continue with real world problems, and
begin solving equations. Take mini quizzes (1-10
questions) per topic. Repeat if the objective is not at
80% or higher. |
| |
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