Math is split up into 8 different units. Here are the big ideas for each unit:
Unit One: Use an understanding of base-10 place value and to develop an understanding of decimals as numbers and develop and use procedures for adding and subtracting decimals.
Unit Two: Apply an understanding of place value strategies and multiplication algorithms to solve multi-digit multiplication problems in a variety of ways.
Unit Three:
Unit 3A Apply an understanding of place value strategies and division algorithms to represent and solve division problems in a variety of ways.
Unit 3B
Apply an understanding of the four operations to analyze number relationships
Unit Four:
Unit 4A Apply an understanding of expressions and equations to develop and use formulas for perimeter and area problems involving rectangles.
Unit 4B Select appropriate customary and metric units, strategies, and tools to solve problems involving measurement
Unit Five:
The student applies mathematical process standards to:*represent and generate fractions to solve problems*compose and decompose fractions to add and subtract fractions with like denominators *use an understanding of benchmark fractions to estimate and evaluate reasonableness of sums and differences
Unit Six:
Unit 6A Analyze geometric attributes in order to developgeneralizations about their properties.
Unit 6B Understand and apply characteristics of angles and angle measures.
Unit Seven:
Unit 7A Numerical data can be represented in a variety
of ways and can be used to solve problems. Rational number fluency is critical to being able to solve problems in everyday life that contain numerical data.
Unit 7B Rational number fluency is critical to being able to solve measurement and financial problems that arise in everyday life.
Unit Eight:
Rational number fluency is critical to being able to solve measurement and financial problems that arise in everyday life.
Tuesday, August 18, 2015
Unit One
Unit Summary: Students use understandings of base-10 place value to develop an understanding of decimals as numbers and develop procedures for adding and subtracting decimals.
Essential Questions:
How does the base ten number system operate?
How can numbers be represented to show the value of each digit?
How does an understanding of place value help compare and order whole numbers and decimals?
How can estimation help make sense of problems involving addition and subtraction?
How is the standard algorithm for addition and subtraction similar place value strategies for addition and subtraction?
How are addition and subtraction of whole numbers similar to addition and subtraction of decimals?
How can strip diagrams and equations be used to represent addition and subtraction?
Essential Questions:
How does the base ten number system operate?
How can numbers be represented to show the value of each digit?
How does an understanding of place value help compare and order whole numbers and decimals?
How can estimation help make sense of problems involving addition and subtraction?
How is the standard algorithm for addition and subtraction similar place value strategies for addition and subtraction?
How are addition and subtraction of whole numbers similar to addition and subtraction of decimals?
How can strip diagrams and equations be used to represent addition and subtraction?
Vocabulary:
Place value - valor de posición
Digit - dígito
Whole - entero
Billions - mil millones
Millions - millones
Thousands – millares/miles
Hundreds centenas/cientos
Tens - decenas
Ones - unidades
Decimals - decimales
Hundredths - centenas
Tenths - decenas
Number line- recta numérica
Position - posición
One‐tenth - una décima
Ten times - diez veces
Expanded notation - forma desarrollada/ forma
expandida/notación desarrollada
Numerals - numerales
Equal to - igual a
Greater than - mayor que
Less than - menor que
Greatest to Least - de mayor a menor
Least to greatest - de menor a mayor
Add – sumar, añadir, adicionar
Subtract – restar, sustraer, deducir
Sum - suma, importe
Difference -diferencia
Estimate- estimar
Round - redondear
Compatible numbers - números compatibles
Nearest 10 – más cercano a la decena
Nearest 100 - más cercano a la centena
Nearest 1000 - más cercano al millar
Equation - oración numérica /ecuación
Unknown - desconocid
Tuesday, June 2, 2015
Friday, May 15, 2015
Light
Today for my birthday we had a special treat. Dr. Dower came in to talk to us about light!
We learned that light travels FAST. It moves more slowly in water.
Light moves in a straight line but it can be reflected (like in a mirror!)
We learned that light travels FAST. It moves more slowly in water.
Light moves in a straight line but it can be reflected (like in a mirror!)
Bending light with water!!
Optical fibers!
Engineering
Trying to make the books go up as high as we can!
Feeling successful!
Wednesday, May 6, 2015
Dr. Dower visit
Dr. Dower came in today to show us what Liquid Nitrogen can do! He also taught us about the four phases of matter: solid, liquid, gas, plasma.
Tuesday, April 28, 2015
End of The Year Project
The big standardized test is over. (Everyone breathe a sigh of relief with me). :)
Now it's time for my kiddos to take their skills and practice being the teacher for a change!!
Each of my students has picked a TEK from this year (except my special education students who are getting to pick a TEK from other grade levels that they have mastered).
They are expected to do a presentation on this TEK, create a visual, make an activity for the class to do to practice the TEK, and write a "how to" paper about the TEK and the real world application.
So far my kiddos have been really excited about it. They're happy for the opportunity to show off their abilities. Plus it's nice to get a chance to be creative!
One of my students even said yesterday, "Aw, I don't want to go to specials. I want to keep working on my project."
I've had several students ask me if they can work on it at home. (Beams with pride).
Shout out to Ms. Richardson who came up with the idea and shared it with me!
Here is the rubric I created:
Now it's time for my kiddos to take their skills and practice being the teacher for a change!!
Each of my students has picked a TEK from this year (except my special education students who are getting to pick a TEK from other grade levels that they have mastered).
They are expected to do a presentation on this TEK, create a visual, make an activity for the class to do to practice the TEK, and write a "how to" paper about the TEK and the real world application.
So far my kiddos have been really excited about it. They're happy for the opportunity to show off their abilities. Plus it's nice to get a chance to be creative!
One of my students even said yesterday, "Aw, I don't want to go to specials. I want to keep working on my project."
I've had several students ask me if they can work on it at home. (Beams with pride).
Shout out to Ms. Richardson who came up with the idea and shared it with me!
Here is the rubric I created:
Rubric
Visual- 20 points total
Name and Date
|
5 points
|
Spelling, No Mistakes
|
5 points
|
Use of at least 3 vocabulary words that match TEK
|
5 points
|
Easy to understand
|
5 points
|
Demonstration- 30 points total
Professionalism (dressed appropriately, not giggling)
|
10 points
|
Engaging, interesting
|
10 points
|
Between 5-10 minutes
|
10 points
|
Activity- 20 points total
Matches TEK
|
10 points
|
Word Problems and Number Sentences
|
10 points
|
Written Report- 30 points total
At least ½ page typed, 12 size font
|
10 points
|
Explains “How to”
|
5 points
|
Examples of when to use it in real life
|
5 points
|
Words spelled correctly, correct punctuation and grammar
|
10 points
|
Monday, April 27, 2015
Carnival and field trip
We've been having a great time at school these days and I wanted to share a few pictures.
We had our school carnival (with wittle baby bunnies!!) as well as a field trip to see The Monkey Kingdom.
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