MathReps: 1st Grade

Last year I created some 5th-grade math protocols. Simple pages students could fill in to help solidify and keep up previously learned skills. This year, I decided to create grades K – 8. A friend and I got together this weekend and hammered out the beginning of 1st grade. And, we gamified it! The directions and gameboards are in Google Slides. This allows you to copy it and customize it.

I also created a video, based on the 1st-grade teacher’s recommendation. Thank you Cris McKee!

I’d love to hear how you use it. Have suggestions for other 1st-grade MathReps? I’d love to hear your thoughts.

 

Mathematical Mindsets

Mathematical Mindsets book by Jo BoalerThis year, as a parting gift, my principal handed out this book to all returning and new staff members. We were invited to participate in a Summer Book Club. One in which we read, post thoughts, videos, questions, and ideas. This made me so happy! I had thought about buying the book earlier this year when my principal told me to hold off and that he was buying one for all of us. So for the last 2 weeks of school, I hounded him to let me take my copy. He wouldn’t give it to me until I signed out of my room. Tricky man! (NOTE: I NEVER ask to read a book. I have some reading disabilities that make ‘heavier’ readings difficult for me)

So a few of us have started the book and are making our notes/comments in the provided document; my principal created a shared doc in Google. I appreciate this way as I can read what others have written and get a general sense of what’s to come. The most recent chapter, Chapter 3, really caught my attention. In it, the author talks about how students view math vs. mathematicians view math. Students tend to view it as procedures, rules, and/or calculations. However, mathematicians tend to see it as creative, beautiful, and full of patterns. It was the sentiment that math is a study of patterns that made me take notice.

I have, for years, told my students that math was about patterns. That it was like a puzzle one needed to solve. I have always viewed math as a series of patterns and puzzles. I remember when I was in Kindergarten, a friend and I were talking. She was bragging how she could count to 100 while I could only count to 20. This irritated me. I wanted to count to 100 too. I remember going home and working this problem out in my room. Why I didn’t ask my mother is beyond me. But I was a stubborn kid (and for those of you who know me now, I’m still pretty stubborn). I remember looking at the numbers and ‘analyzing’ them. I thought, “If I can count to 20, then I can figure out how to count to 100.” And as I looked at the numbers, I saw a pattern. The numbers repeated. I began to realize that once the numbers in the one’s place (although I didn’t know place value at the time) were done, they started over again. And the numbers in the ten’s place began at 1, then went to 2 when all the numbers in the one’s place had been used. I had figured out the problem and went to school the next day bragging that I too, could count to 100.

Part of my success with math has come from A) a reading disability, so I gravitated towards math, and B) the fact that I was able to play and manipulate numbers on my own, okay and C) just being a plain old stubborn kid! We need to help students view math as patterns. We need to get over our own fear of math. We need to explore and allow conversations to happen in math. This is where the learning happens and a love of math will develop.

This is such a great book! Full of inspiration. I’m so glad we are reading it as a staff.

One final note: From grades 2 – 6 I was convinced I was going to grow up to be a mathematician. While that’s not my occupation, I’d say that I am one! We all are!

Coordinates Breakout

This year I have done a few Breakouts with my class. To say that they love them would be an understatement. So this week when we started coordinates in math, the wheels in our brains started turning. Seriously, there are so many things a person can do!

As we were walking to lunch one student suggested that we do a Breakout based on coordinates. I thought this was a GREAT idea and told him that I would search to see if there were any already made. However, by the end of the 45-minute lunch break, I had decided that making our own would be more fun!

I have been wanting to create my own Breakout for over a year. I have had a few ideas. One was an entire Breakout based in Google Maps. Another was based on directions and graphing. Unfortunately, I could never really get clues and ideas that I felt were good enough. Today was a different story. With the help of 28 other brains, we began creating an exciting Breakout – if I do say so myself.

IMG_5342I posed the idea to the class and they went for it. We decided which locks and accessories to use, created codes, and clue outlines. They even designed a distractor that should be used. They had some great ideas! We’re not done yet, but we will definitely share when we are done. I will have them create the clues and the story. I’m pretty excited for what they will come up with.
They know that I introduced this concept – BreakoutEDU – to the staff last week. They want to run their Breakout with the staff. I don’t think there’s time for that, but hopefully, we can run it with the other 5th-grade class.

Place Value Basics & Mult./Div.

Last year, I began using Jon Corippo‘s 8 p*ARTS . I saw great success with the repetition. As a result, I thought I’d like to do something along similar lines with Math. Now, I will admit, what I came up with isn’t nearly as fun. However, the repetition is there. This is for 5th grade and can easily be modified for other grades. Here’s what I came up with.

Place Value Basics

The plan:

  • Today’s Number – Have the student of the day decide on the day’s number anywhere from billion to thousandths place. However, the number must be at least to the tenths place.
  • 10 times greater – Take the original number and make it ten times greater.
  • 100 times greater – Take the original number and make it one hundred times greater.
  • 1,000 times greater – Yup, take the original number and make it one thousand times greater.
  • Add 10 times greater and 100 times greater – add the numbers.
  • Write a number that is GREATER – Have students change ONLY a digit that is AFTER the decimal.
  • 1/10 times less – Take the original number and make it ten times less.
  • 1/100 times less – Take the original number and make it one hundred times less.
  • Subtract 1/10 and 1/100 – subtract the numbers.
  • Write a number that is LESS – Have students change ONLY a digit that is AFTER the decimal.
  • Prime factors of the first 2 digits of the whole number – Only take the numbers in the ones and tens place and find the prime factors.

An example is given on the second slide. This should be done daily, with an assessment each week. The first week or two should be done as a group until the class understands what is expected. Once they ‘get the hang of it’ all that is needed is the number and the students can do this independently.

Update: Since the beginning of the year, I have added a new daily practice paper. Now that they can do the Mult/Div paper well, I switch back and forth. I will soon add a fractions practice paper to the mix.

Google My Maps in Math

When one thinks of incorporating Google Maps into their curriculum, the first thought is Social Studies. While that’s quite natural, I have incorporated Maps into most subjects. My latest brainstorm came when I was teaching adding and subtracting fractions. Yup, you read that right, I have students adding and subtracting fractions using Google Maps.

One simple option is to plot a point and place a real-world problem in the description box. Good start, but what if the students used distances to find the sum or difference?

Routes I created this map of our town and included lines (using the draw line tool) to various locations in our town. This is where it got #eduawesome! The distance (which is displayed once the line is chosen) is shown in decimals! This means they have to convert the decimal to a fraction or mixed number, find the common denominator, and THEN add or subtract! And just to make life a bit more fun, I wasn’t too precise on all my lines. This means they also had to ROUND to the nearest hundredth and in some cases simplify!

For example:

Find the difference between Route A and Route B.
Route A – From school to a local Mobile Home Park (0.753 mi)
Route B – Keefer’s Inn to the high school (0.599 mi)

In this case, Route A was rounded to the nearest hundredth (0.75) while Route B was rounded to the nearest tenth (0.6). Then students had to convert this to a fraction and simplify. Route A = 75/100 = 3/4. Route B = 6/10 = 3/5.

Finally, the students were tasked with finding the difference. There were a lot of steps in there, but it was so much more fun than writing out and solving problems in the workbook. This was more in depth than any workbook I’ve seen, more fun, easy to create, and used a variety of acquired skills. I will be doing more things like this in the future.

Tweet The Author

I recently wrote for the CUE Blog on how to own a premade curriculum. I spoke about taking it and tweaking it so that we, as teachers, feel the ownership instead of feeling like we have no say. Part of the way I take ownership in my math class is to use Andrew Stadel‘s Estimation 180 site. It’s a nice warm-up for the students and a great way to practice several of the 8 Mathematical Practices found in CCSS.

Most recently, we have been going through a series that has us estimate the value of coins in a container. It started with pennies, then progressed through until the day we estimated the value of dimes. We went through our normal routine – three minutes to discuss and find an estimate that is too low, too high, the actual estimate, and how they arrived at that estimate. Then, as normal, we viewed the video answer. Upon finding the answer, the RSP co-teacher got a discussion started. She disagreed with the answer. We left it at that so that the students could either agree or disagree. After they reviewed the previous two days’ answers and compared the answer to the dimes, the class determined that they too disagreed. Following the Mathematical Practices, they had to justify their reasoning, which they did. They reasoned that the pennies and nickels were mounding up to the point of almost spilling over, whereas the dimes didn’t quite reach the top of the container – same container.

Fortunately, with modern technology, we didn’t have to let the discussion die there. So, I got on my phone, hooked it up to the screen so the students could be active participants, jumped on Twitter, and sent Mr. Stadel a private message. This is what they wrote, well, told me to type:

screen-shot-2017-01-22-at-2-22-09-pm

After they got over the initial shock that one could actually do this, they got excited. Now, I have only been a participant in a few of Mr. Stadel’s sessions at conferences but was fairly certain that he would be open to what we had to say and would most likely respond. And he didn’t disappoint! The kids were VERY excited that he did respond. Okay, I was pretty excited too. This was such a real and relevant experience.

screen-shot-2017-01-22-at-2-27-05-pm

We then talked about how many more dimes we thought could fit. They determined that 1/2 roll more – 25 dimes – would be needed.

THIS is why we, as educators, need to be connected. THIS is why we continuously grow our PLN.

I would like to thank Mr. Stadel and Ms. Luke (RSP teacher) for making this all possible.

Explain Your Answer

Shifts in Math

2000px-math-svgOne of the bigger shifts in math, aside from the building blocks in the CCSS Framework, is the ever dreaded ‘Explain your answer’. When this first came out, I wasn’t sure what they meant, the frameworks hadn’t been written yet. I had students explaining that they ‘added the ones then regrouped to get the answer.’ And while they were technically correct, there was a lot missing.

Better Understanding

Now, I have a better understanding of what is needed. The students need to break down each step and explain, using academic language, what their thought process is. I furthered my understanding when I went to a training on this. Honestly, it wasn’t the best training, but it got me thinking. I used some of the techniques to create a better lesson.

The Lesson

First, I created a template that the students were going to be using. Then, as a group, we walked through each part of the template and filled it in. There was  A LOT of guidance this first time. I’m hoping with practice, they will become more independent. Students worked in table groups to solve their table problem. Finally, they were to film their process of solving the problem. Using their ‘scripts’ students explained the process for division. Here’s an example:

sample