Math in Action!

We took our whole class math block to a whole new level this week! We played “Agree, Argue, Aspire”, worked in teams and independently, took our fraction knowledge deeper, and capped it all off with multiplication Jeopardy! Our class was focused and engaged all week long, and you have made me so proud!

We studied Karmyn’s work on her practice EOG test. Check out how she tried three different strategies before getting an answer with which she was confident! Karmyn’s work showed us that she can truly persevere when things get tough. Her example gave us a lot to aspire to!

Don’t be afraid to try more than one strategy!

Never be afraid to start all over!

Here we are studying Karmyn’s work and deciding what we agreed with, what we wanted to argue with, and what we could aspire to do in our own work!

photo 2-1

photo 4

photo 3-1

If you’d like to try out multiplication Jeopardy at home click on the picture below. Get your family involved! See if you can beat your siblings and parents! Remember your good sportsmanship. Even though the girls were our big winner our boys acted like true gentlemen!

Number line or Fraction Model

image

image

number line or fraction modelWe have been looking at different methods of representing fractions so that we can picture them in our minds. Two strategies we have tried are, representing fractions on a number line and drawing out fraction models . Both strategies help us visualize the fractions we’re working with and make it very easy to see if two fractions are equivalent.image image image image image

So, which method helps you visualize the fraction better, fractions on a number line or fraction models?

The “Fraction Cake” lesson the students are working on in the photos can be found here!

iPads & Literacy

image

Today, we focused on our improving our literacy skills by reading a fabulous article on The Original Rosie the Riveter on our iPads! This article, on Newsela.com, had some complicated vocabulary. Good readers understand that they don’t have to know every word in a story or article to understand the big picture, or main idea. When you don’t know all of the words, use the clues around the word to help you!

For example, here is an excerpt from the article: “She was trying to escape being poor. Monroe was determined to find work at the Willow Run airplane plant in Ypsilanti, Mich. She wanted to fly a plane. But with two children, she wasn’t allowed.”

I have never heard of the words “Ypsilanti, Mich” before, but using the clues around the word I can see that it is where the airplane plant was located. So, using these clues I bet that Ypsilanti, Mich is a place (ok, ok, since I’m an adult reader I can tell you that Ypsilanti, Mich is a city in Michigan, but I wanted to model how to use clues!)

Keep reading and hunting for clues to unknown words!
image

Decomposing a Kilogram

On Monday, we sat down and took a kilogram apart. A kilogram is a unit that is used to measure weight. Often grocery store items are measured in kilograms. We learned that:

1 kg = 1 kilogram!

By decomposing a kilogram we discovered that:

1 kilogram = 1,000 grams or

1 kg = 1 g!

We also determined that 100 grams could go into a kilogram 10 times and 10 grams could go into 100 grams 10 times! Check out these mathematicians at work!

kiogram2 kilogram kilogram3 kilogram4 kilogram5

Thank you EngageNy.Org for the wonderful lesson idea!

More Amazing Amazon Book Reviews!

Cameron and Jamari’s ¬†persuasive book reviews have been published on Amazon.com! They are helping recommend their favorite books to readers around the world! Check out their book reviews and get a copy of their favorite books!

Biography Research

Yesterday, we researched our entrepreneurs and inventors on the internet. We found some valuable information, but internet research is never as easy as it seems. Let’s take a step back to see what we did well and where we need support.

1. What key words did you use to do your search?

2. How many websites did you visit?

3. Did you stay on websites that were too hard to read?

4. How much research were you able to do?techies 5

techies 6 techies techies 2 techies 3 techies 4