Fast Food Math (Week 10)

Have you seen the following picture floating around social media this week?

mcdonalds-math

It seems to be going faster than hot cakes, shaking up the internet. (See what I did there?) Apparently the fast food aspect makes math much more edible!

You may want to try it and write down your answer before you read any further. Spoilers below!

 

 

 

(This space purposefully left blank)

 

 

 

When I first saw it, of course I was super happy to jump in, being a math guy and all. I did some quick calculations in my head and confidently verbalized my answer to the screen… 17!

Then I saw that someone had already posted 17 and been told they were wrong. Phew! Good thing I didn’t memorialize my mistake online yet! I looked a little more closely, saw that pesky multiplication sign on the last row (which I had just assumed was a plus sign before), and recalculated. The answer this time… 25! Sweet!

Except it wasn’t. I was wrong again. can you see my mistake? For the second time, I didn’t look closely enough. In the second row, we see that the fries are each worth 2, but in the last row there is only one box, meaning that it only equals 1.

Correct answer… 15. Really.

Yes, I did post that it took me three tries. Remember I told you a few weeks ago we all should be okay with making mistakes because they were a growth opportunity?

I used this picture at a training with teachers this past week. They made some of the same mistakes I did, and some different ones as well. To me, that was the point: to show that we all can learn to look at things differently, grow from mistakes, and learn a conceptual understanding. The experience was a great and exciting object lesson. It was fascinating to me to watch their thought process.

It was also interesting to read hundreds on comments by people online about the picture. Some had the right answer; most did not. Some tried to learn; others tried to minimize or blame. Here are some that caught my attention:

  •  “And this is why I failed math”
  • Apparently I’m old and didn’t realize that no matter where in the equation multiplication is before addition so the answer is 15
  • Now let’s just have a honest moment… who asked a kid for help????
  • Well seri says it’s 25. So I suppose I need to learn math lol”
  • Looks like they are fineally preparing kids for a job at McDonalds after they receive a college education
  • everyone is saying that it’s 15 even doing pemdas it doesn’t work out to 15 to me. help me out what am I missing?
  • my kids told me not to help them with math anymore”
  • “definitely common core”
  • This is dumb. Who decided an order of operation? If you say it aloud from left to right its first 5+1 (6) then x 10 (60).
  • Ha, yes now I see it! That is tricky for sure!

I don’t post any of these to fault or make fun. I share them because they help reveal where our culture stands. I love the ones that show interest and a desire to learn and be challenged. I am saddened by the ones that attack math or downplay effort.

Take and use this in your classes and in your homes for a fun activity and a great discussion. You can use it as is, or you can change the numbers to match the level of math skill the student or adult is at. You can even go to the restaurant and try it out for hands-on practice and a treat! But whatever you do, don’t let people perpetuate negative beliefs about math or themselves as they attempt it.

~~Remember, math skills won’t improve until math attitudes do!~~~

We can make a difference. We have to make a difference. It might be in our family, it might be in our students, it might be in our community, and it might even be in ourselves.

Here’s to our efforts!

Cheers,

Adam

__________________

Be a friend and follow me!

WordPress: https://changingmathattitudes.wordpress.com/

Facebook: https://www.facebook.com/groups/1653035008300751/

Help me out! Try this out and let me know your experience!

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Changing Math Stereotypes (Week 9)

THE BAD

Here is a sad but true #MyMathStory for you:

Once upon a time, a young girl was great at math. She was in gifted and accelerated classes, loved to learn, and very confident in her abilities. This was her attitude and ability in elementary school and most of junior high school.

Then something changed.

One day in math class, she didn’t understand a concept. This was a very rare thing for her; she didn’t know how to be wrong or fail. After some deliberation, she finally got up the courage to ask her teacher for help.

His response was that she was just a stupid girl and would never be good at math.

Ouch.

Even after years of success and confidence, this one experience ruined her with math. Completely. Twenty years later, she still admittedly suffers from math anxiety, and it absolutely stunted her math growth for the rest of her schooling and beyond.

I could talk here about resilience or overcoming failure, but none of that was the case in this situation. What baffles me is that a teacher said that. Even if we give him the benefit of the doubt that he was just joking, the damage was the same. Someone in a position of mentorship like this (teacher, parent, etc.) should never say something so terrible. Ever.

I wonder where he got his attitude? I wonder if it was something he developed himself, or if it was passed on to him by a previous parent or teacher. I wonder if he had females in his math teaching program in college. I wonder if he had female math teacher colleagues in his department. I wonder if he had been bested by a girl at some time. In other words, I wonder what math baggage he had personally that contributed to his belief.

Seeing him from this perspective humanizes him just a bit, doesn’t it? It’s not an excuse for bad behavior, but it might be a reason. And it might give us a clue on how to combat such beliefs.

Many stereotypes have changed over time, but others are absolutely in full force. Some are political and outright, while others are more subtle.

Here are a few unproductive stereotypes that have to be changed:

  • girls are bad at math
  • people with disabilities will never be able to do math
  • parents who are bad at math will have kids who are bad at math
  • math isn’t necessary for life
  • old math is better than new math
  • the way I learned math years ago is better than how it is taught now
  • you are either a math person or you aren’t
  • math abilities are fixed and cannot be improved
  • if you are good at math you are a nerd

And the list goes on.

The bottom line: part of #ChangingMathAttitudes is changing math stereotypes.

But what can we do?

THE GOOD

Since I don’t want to be all doom-and-gloom, I am excited to share something positive that actually prompted me to write this post. I was at a movie with my family, and one of the trailers before was of a story I had never heard of before. “Hidden Figures” is inspired by a true story about a woman named Katherine Johnson who quietly did the math necessary to send (and return!) the first men safely into space. Here is the trailer:

Not one to believe everything Hollywood puts out (winky face!), I did a little research to find out how accurate it is. While the plot might not be perfect, the main point seems to be legitimate. I found a great bio about her on the NASA website. Additionally, below is a little featurette documentary:

As an African American woman, she had a whole bunch of stereotypes to fight against. Why haven’t I heard about this story til now? I don’t know, but I am glad it is coming to light. I can’t wait to see the movie, and I am hoping to read the book soon. If you already have read it, please let me know what you think!

The point is that Katherine Johnson was certainly not “just a stupid girl who would never be good at math.” The teacher I talked about in the beginning must not have ever heard her story either.

Thank you, Katherine, for smashing so many stereotypes.

katherine-johnson-quote

~~~Remember, math skills won’t improve until math attitudes do!~~~

We can make a difference. We have to make a difference. It might be in our family, it might be in our students, it might be in our community, and it might even be in ourselves.

Here’s to our efforts!

Cheers,

Adam

__________________

Be a friend and follow me!

WordPress: https://changingmathattitudes.wordpress.com/

Facebook: https://www.facebook.com/groups/1653035008300751/

Help me out! What are some other stereotypes I have missed? What are some examples you have seen? What can we do to combat them? Please share this story and post in the comments below!

#MyMathStory – The most significant post I have written (Week 7)

One day when I was 6th grade, I was sitting in Sunday School of all places, when something happened that shook me to my very core. For some random reason, the small talk turned to math, and someone wrote a math problem… with letters… on the board.

LETTERS.

I was shocked… I asked what the letter meant, and they told me it could be anything. Then they responded by writing more problems with more letters on the board. It was too much for my concrete mind. I didn’t get a straight answer, so I quit pushing. But I was scared to death of this new concept called “algebra.”

I continued on in 6th grade and did very well in all my classes, including math. I had always been great at math, not only the calculation side, but with problem-solving as well. I was competent and excited about it!

Until the first day of 7th grade. I got my schedule and went to my first math class. It was algebra. Wait… I had signed up for pre-algebra! What was going on here? I cowered in the corner away all the 8th and 9th graders who obviously had proven themselves. Why did I, a lowly 7th grader, get placed there? I spoke to the teacher afterwards, and she said it was likely based on a recommendation from my 6th grade teacher along with my test scores.

It didn’t matter. I was convinced it wasn’t the place for me. I went to the counselor’s office and changed my schedule back to pre-algebra, where I should have been in the first place. I was much more comfortable the rest of the year with mostly my fellow 7th graders. I learned quickly and continued on as a great math student. I even learned about how letters are an important part of math (and no, they were not put there by Satan!).

In fact, I was great at math for many more years, clear into high school. I worked hard and learned well, and when there was a challenge I overcame it. I was one of the better math students, and even took honors and Advanced Placement classes.

But… that one choice in 7th grade came back to haunt me. Because I backed up one class, I had put myself on a track that didn’t allow me to take the higher math class in 12th grade that I really wanted and needed.

How could that one conversation give me so much math anxiety, despite my years of confidence and success? It was so uncomfortable and debilitating. I hadn’t experienced it before and didn’t know how to handle it then. It created a crossroads in my life and I wish I would have chosen differently.

This is #MyMathStory. Yes, even I have experienced math anxiety.

I think most everyone has some math baggage. I think that is why our culture has such a problem… because of that baggage, it becomes easy to downplay our good math abilities or cover/excuse our low math abilities. We hide our math anxieties with uneasy humor and direct it on other people. The cycle continues.

I believe that if we are going to change math attitudes, we need to be brave enough to unpack our math baggage and help others do the same. When we are open and honest with ourselves and others, we will find more commonalities and less reason to hide behind a fixed mindset. In fact, Brene Brown would tell us that such vulnerability can lead to true self-improvement and greater opportunities.

math-baggage-2

What is your math story? I asked a few Facebook friends and got some great responses. Here are a few:

“I wasn’t much of a math fan in elementary, jr. high, or high school. I only took two math classes in college, just what I had to take to get by. My high school counselor assured me that “girls don’t need math!” But when I started teaching sixth grade, and I watched kids get excited about math, I started to love it! Now, it is my favorite thing! We are now teaching teachers to help kids talk, problem-solve, and think mathematically! It is a blast!… Worst advice I ever got. I sure could have used it as a mom and a teacher.” – Diane

 

“The first time that I remember having any feelings about math was when I was in Algebra. It was SO hard and I was SO confused. Thankfully I was blessed with a Father who is an engineer and has the patience of a saint. For months he helped me with my math homework every night (and I wasn’t always nice to him). I remember crying and yelling and being SO frustrated. BUT, he got me through it and by the end of the year, I started to like it because I realized the power behind mathematics. It was empowering to realize what I could now do. From there on out, I had a love for math. I loved Geometry, Trigonometry, and even Calculus (again that was HARD, but by the end of the year, when I really got everything it was an amazing feeling). College Calculus (delta / epsilon proofs, anyone?) eventually did me in and my math career came to an end. BUT, I still love math and don’t feel intimidated by it because I’ve conquered those mountains. Not only did I come away with a knowledge of mathematics, but it helped develop the logical, analytical part of my brain, which helps in millions of daily tasks.” – Amber

 

“Apparently, when I was in fourth grade, I had a teacher who told me I wasn’t good at math. After that, I wasn’t. Until 10th grade. The class was geometry and I was doing my usual C work until we moved in the middle of the school year. When I checked out of my old school, we were at the beginning of a term, so all of my teachers gave me A’s to transfer with. When I checked into my new school, they were at the end of the term, so took my grades and weighted them heavily in assigning grades for that nine week term – so, straight A’s for the first time in my life. In geometry in my Ohio school, we had been a little ahead of where this Texas school was, so I seemed to understand everything we were going over, so helped my classmates on their homework, had the answers for questions in class, etc. I was dubbed the kid who was really good at math.  And after that, I always was.” – David

 

“I liked math but kept having hints and comments throughout middle and high school and somehow got it into my head that math was too hard for me. I did as far as required to graduate and quit. Looking back, I LOVED the feeling of doing math and figuring out an answer. Wish I had believed in myself. I’ve spent lots of time doing math concept activities with my kids and want them to know that if they keep trying and practicing, they will love math.” – Malea

 

“I use to hate math with a passion! Because I would learn something then forget it over and over. Then on my first day of  high school I got an amazing teacher who made all the difference. He took the time to teach and make sure I was getting it. It changed my life forever now everytime I think of math I think of him and how fun he made it. I now feel very different about math.” – Steph

Insightful. Humbling. And incredibly empowering!

I am glad each one of these had a good ending. Unfortunately, not all math stories do. There are many people out there (children and adults) who didn’t have a teacher/parent/mentor/experience that helped them recover, who are still mired in pain and anxiety. Too many.

I want to build this project. Please help me share the #MyMathStory concept. Post your story on the comments here, on your social media page, email me, or click on this anonymous survey link I created. Also, share it with your students, friends, family, kids, or anyone else who will listen. Use the hash tag and we can all connect with each other.

Don’t be afraid. If someone makes you feel judged or uncomfortable, they probably have their own math baggage they are dealing with. Give people the benefit of the doubt, be kind, and let’s make a safe environment for this cultural change. From here on out, I am going to post one story each week, so I am counting on your help and contribution!

 

~~~Remember, math skills won’t improve until math attitudes do!~~~

We can make a difference. We have to make a difference. It might be in our family, it might be in our students, it might be in our community, and it might even be in ourselves.

Here’s to our efforts!

Cheers,

Adam

__________________

Be a friend and follow me!

WordPress: https://changingmathattitudes.wordpress.com/

Facebook: https://www.facebook.com/groups/1653035008300751/

 

 

He writes a blog about math jokes. You’ve got to see this… (Week 6)

Okay, okay, I couldn’t help it with that title. 🙂 Welcome to your weekly does of Math Motivation Monday!

Or, Math-i-vation Monday! (Thanks Hakan!)

I have a reputation as a math guy. I know… hard to believe. Among other things, this means that people love to share math jokes and tag me in them. I usually get a couple each week. I love it! Can a share a couple with you?

This delicious one showed up on my feed the other day. Perfect for teaching a conceptual understanding (and for the holiday season!).

img_0055

This next one came through as well. I would have the students analyze it to talk about what was right and wrong about this reasoning (remember, we can celebrate mistakes and use them to get better!).

unique-algebra-sin-x

This next one is cute and can be used to teach order of operations and about politeness (who knew that math was so chivalrous!).

order-of-operations-chivalry

Here is my favorite:

cold-corner
No, but it was the right joke. I’m not trying to be obtuse about it either.

Go ahead and google “math memes” or “math jokes”… there are a million of them. I have noticed something though… Some of the jokes use math to be funny; while others make fun of math. They contribute to the cultural problem we have were it is socially acceptable and even cool to not be good at math or like it. Unfortunately, the inappropriate ones are the ones that circulate the most.

For example, this one uses math to be clever:

real-and-rational

But this version adds a negative connotation, making fun of those that understand it:

math-jokes

Here is another sad one:

common-core-math-car

Of course, it spread like wildfire. Someone slapped some words on a picture, and it perpetuates something that is completely untrue. Math is not a scapegoat!

This next one drives me crazy. I am working on a meme to combat it (that’s a little teaser to keep you coming back!).

satan-in-math

But… here is one of the worst examples:

mental-abuse

Ouch. Just ouch.

It gets more ironic. I was giving a presentation this weekend, and one teacher told me that her daughter was on a school math team, and they used this picture on their shirts.

See, that’s exactly what I am talking about. It might be funny, and in this case created a sense of belonging to those on the inside. But it created a bigger sense of exclusion for those on the outside. Only the elite few can be good at math, and those people are obviously nerds. And what does it matter, since math isn’t important anyway?

What do you think? Am I reading too much into things? Or am I right on? Do these pictures influence opinions when they spread around?

If our goal is #ChangingMathAttitudes, we have to be careful about promoting the appropriate math humor. The other stuff might be funny, but it sends the wrong message. Help me stop the spread of negative stereotypes!

~~~Remember, math skills won’t improve until math attitudes do!~~~

We can make a difference. We have to make a difference. It might be in our family, it might be in our students, it might be in our community, and it might even be in ourselves.

Here’s to our efforts!

Cheers,

Adam

__________________

Be a friend and follow me!

WordPress: https://changingmathattitudes.wordpress.com/

Facebook: https://www.facebook.com/groups/1653035008300751/

Did you like this post? What would you like to hear about in the future? Let me know below!

 

 

 

You Win the (Math) Internet! (Week 5)

#MathMotivationMonday

I just had to share the work of some amazing teachers who are #ChangingMathAttitudes with everything they do!

You made a mistake… Congratulations!

Last week I wrote about how it is okay to make mistakes in math, and how we can improve from them. Hopefully you utilized the great resources!

Coincidentally (or maybe not!) I was in a classroom observing some technology use, and it just happened to be a math lesson (dividing fractions… an area that is traditionally misunderstood on so many levels). Naturally, I was doubly intrigued! The students each did their own visual model on paper, and the teacher went around and took a few pictures of their work to put on the board with the Apple TV. Each student came up to the front when their problem was on the board to explain their answer and reasoning about how they solved it. The first student got the answer right and had modeled it effectively. The class cheered for a job well done, and she sat down. Then the second student came up.

He was wrong.

He explained his reasoning, which was fairly sound and mostly correct. In fact, he had just done part backwards. He was very close, but “close only counts in horseshoes and hand grenades,” right?

Wrong. The old way of teaching math was only about the right answer. That’s not how we do things now-a-days.

When the mistake became apparent, the teacher praised the student for his effort and for the things he had done well. Perhaps most importantly, she praised him for sharing his mistake with the class so they could all learn from it and improve. I thought, “what a supportive teacher, helping him to feel better about what he did wrong so it didn’t ruin him.” I was honestly worried that it would, especially in front of the whole class. But what happened next floored me.

The teacher asked the class to cheer for the student and his mistake. And they did. Genuinely.

Waitwhat?

Yes, they cheered for him for making a mistake. And it was a positive experience.

It reminded me of the scene from “Meet the Robinsons” where Lewis is devastated at a failure with fixing the peanut butter and jelly blaster, but the family unexpectedly celebrates him. Check it out… it goes a long way for helping him to change his mindset:

I am sure this classroom culture didn’t happen overnight. I am sure it took repeated practice and over-the-top reinforcement to change those attitudes. I am also sure that the teacher choose this student to come up on purpose because she noticed the mistake. It was all worth the effort.

Amazing work, Allison from Kaysville Elementary. I was honestly giddy watching a master teacher at work!

#HowIUsedMathToday

Here is another one. I didn’t see it in person, unfortunately, but the teacher sent me pictures to prove that it actually happened.

The teacher started with a writing prompt on the board after a 4-day weekend. The students were to write 2-3 sentences about how they used math over Fall Break (yes, writing in math is a great cross-curricular activity!). Apparently they started in their journals, but the excitement from the students was so real that it turned in to a brainstorming activity on the board. Here is what a few of her classes came up with:

wp_20161024_10_42_48_pro

wp_20161024_08_44_49_pro

Look at the diversity! And it is all interesting from someone’s perspective. Estimating parkour distances, deer hunting, swim laps, flooring, reps at the gym, speed of a baseball, number of people in an elevator, time with puppies, to name a few. While I certainly agree with my friend Sunil Singh who wrote a great article last week about the inherent beauty and joy in math (which I plan to give my take on in coming weeks), I also believe that there is a need for people to see math from a useful standpoint as well. Many of the things listed above can be both useful and enjoyable, and in a number of cases one causes the other. We would both agree that the ideas generated by the students are authentic, not contrived on a test or worksheet. What a great list to draw from!

Wow, Maria from Mueller Park Jr.! Math is everywhere, and you have not only trained your students to look for it, but to be excited about it. Thanks for sharing!

_________________

These teachers are making a difference with their students. I know there are more of you out there doing the same. Please post some success stories with me below so we can highlight them!

(By the way, the picture at the top of this page is from Larae’s classroom at Washington Elementary. Little things like that statement can have a huge impact. Great work!)

We can make a difference. We have to make a difference. It might be in our family, it might be in our students, it might be in our community, and it might even be in ourselves.

Here’s to our efforts!

Cheers,

Adam

__________________

Be a friend and follow me!

WordPress: https://changingmathattitudes.wordpress.com/

Facebook: https://www.facebook.com/groups/1653035008300751/

Did you like this post? What would you like to hear about in the future? Let me know below!

 

 

 

 

Math for… Enjoyment??? (Week 3)

It’s your weekly dose of Math Motivation Monday!

 

I don’t know that I am a very good blogger yet, but I am trying to get better. It took me some time to warm up to the idea, but I realized I had to jump in with both feet and try things out. I realized that I could only learn on the periphery without participating for so long; that it would only take me so far. I had to actually practice it to get better.

I also discovered I had a second problem. There were so many things going on in my brain… tons of ideas to blog about. Which should I start with? Will it be interesting to people? Will it help with #changingmathattitudes? Or will I crash and burn? It seemed like something potentially blog-worthy was happening every day!

Image result for blogging meme
These were the blog ideas you were looking for.

Okay, by now you have likely had the same “Ah Ha” that I just did… this is just like math! It can be big and intimidating and overwhelming most times. And it becomes harder to want to try when you aren’t perfect with it.  But… you have to jump in and practice to get better, or you will never make any improvement. You have to have a growth mindset. Math is not a spectator sport!

Math… for enjoyment???

Speaking of which, sports are usually enjoyable for people to watch and participate in. Most people wouldn’t see math as fun in either regard. I actually brought that up in a training this past week… and then this pic came across my Facebook feed:

How true.

Those who have been around me know that I often say that if a person can’t read very well, we feel sorry for them and take them by the hand to help them. But if someone says they can’t do math, we fall all over ourselves high-fiving and fist-bumping each other saying “me too!” That’s our culture, and the problem we are fighting. I think her quote leads to my quote. One causes the other to happen.

Don’t worry, I looked her up, and Rachel McAnallen is a real person. In fact, she has a website and talks about math to people. Cool! Wanna hear something even more amazing? She got her PhD at the age of 75. Wow! Talk about being a lifelong learner! Don’t ever let someone tell you they are too old to change their thinking or improve their skills!

Her website is http://zoidandcompany.com/, so go check it out. I noticed her dissertation is called “Examining Mathematics Anxiety in Elementary Classroom Teachers,” and I am seriously going to look it up and read it this week. And Rachel, if you read this, thanks for the great words and your work in the cause!

So, how do we math for fun? Just this week, I did it in a number of ways. I used math to track exercise (weights and reps, calories burnt, miles ran, pace, projections for a race in two weeks, and my overall weight). The math was enjoyable for me, because it helped me see personal improvement and progress towards goals. #mathinreallife #howiusedmathtoday

12-mile-run
Phew! What a workout! I couldn’t even imagine doing this 4 months ago!

I also mathed this week while taking some boy scouts hiking. We had to use some problem-solving strategies to find the right trail, read the contour lines on the map to estimate steepness and elevation, determine direction using a compass and degrees (including declination from true north), and figure out distance hiked and average pace.  GPS on the cell phone helped too, but we still had to have a conceptual understanding to know what it mean!

antelop-island-map
We hiked the Bone Road Trail, by the way.

Finally, in a math training for teachers, we played with math by playing with square manipulatives. Well, actually, a bag of Starbursts. Rather than me asking them questions to answer for my sake, they came up with their own questions and then answered themselves. That approach works on students and children too… people are much more interested in the answer when their curiosity can run free (just ask Dan Meyer!). Did you know that with 4 bags of starburst, each one had exactly 79 pieces? And that red was more prevalent in each bag than the 25% ratio you would expect if it were random? And that yellow was the least favorite flavor (is yellow an actual flavor?) by all the people there except 1? I know, you want to jump up and go buy a bag to see if you get the same results and answer your own questions. You have my permission… after you finish the blog!

starburst-math
My favorite flavor is pink. This bag was lacking. Does anyone know how Starburst determines their ratios???

I think we math for fun when we make it applicable and timely. I think we math for fun when we play around with it, literally or figuratively. I think we math for fun when we value a conceptual understanding and multiple approaches to our answers.

Your turn… what are some ways that you have “mathed” for enjoyment? Tell me in the comments!

If you are a teacher, what will you do this week to help your students enjoy math? If you are a parent, how can you reinforce that love at home, or have them take it to school with them excited to share? Or, on a personal level, what can you do to make math fun this week?

Can we make a difference?

Sometimes I wonder if we can make a difference in the world with this #changingmathattitudes crusade… and then something like this happens to let me know the time and effort is worth it. This is from a letter written to me by my 9th grade daughter:

letter-from-cassie-cropped
From my daughter: “I have developed a love of math that I never thought I would have.”

I hope to give her a lot of things. A love of math is one of them. This is especially poignant since it was in 9th grade that my wife went from a gifted student in math to someone who still suffers from severe math anxiety today. When she was struggling with a particular math concept and (somewhat reluctantly) went to the teacher for help, he told her she was just a “stupid girl” who “could never understand math.”

Tragic.

We can make a difference. We have to make a difference. It might be in our family, it might be in our students, it might be in our community, and it might even be in ourselves.

Here’s to our efforts!

Cheers,

Adam

__________________

Be a friend and follow me!

WordPress: https://changingmathattitudes.wordpress.com/

Facebook: https://www.facebook.com/groups/1653035008300751/

Did you like this post? What would you like to hear about in the future? Let me know below!

 

First Post – #ChangingMathAttitudes

calvin-math-athiest

(http://www.gocomics.com/calvinandhobbes/2011/03/09)

How many of you out there are math atheists? Go ahead, raise your hands. Wow… I can’t even count that high!

Actually, I assume that most people reading this like math a little bit, or else you wouldn’t be here. Let’s be honest… math isn’t great click bait if you are trying to get followers or go viral!

Image result for clickbait meme
Unfortunately, math isn’t great click bait if you are trying to get followers!

But that is proof we have a problem in our society… IT HATES MATH! In fact, it has become cool to not like or not be good at it.

Math is so much more than memorization and procedures; it is logic, problem-solving, reasoning, conceptualizing, etc. Everyone uses some form of math every day, and society needs math to run and to move to the future. But most people don’t recognize that.

As an educator, I have worked for years to teach math, typically to a population who struggles with it and doesn’t see the need for it. I have seen many change initiatives come and go: standards, research, teaching strategies, and even an occasional gimmick. However, over the years I have learned one important thing:

MATH SKILLS WONT IMPROVE UNTIL MATH ATTITUDES DO!

And I am not just talking about the students… the adults need some help too! I want them all to see math as a tool and friend instead of a painful enemy. I want them to use it to improve their own lives and society in general.

So… what are my goals here?

  1. help improve mindsets about math… your abilities are not fixed and can improve through effort
  2. give ideas for use by teachers, parents, community members, or personal use
  3. help paint math in a better light
  4. give an alternate perspective to attacks on math
  5. share ways that math is used in real life
  6. have an archived record of my thoughts
  7. get feedback and ideas from y’all to share
  8. keep things positive and friendly and have a good time
Image result for changing math attitudes meme
Wait, I say this all the time. Doesn’t my vote count?!?!?

I hope to be entertaining, honest, though-provoking, helpful, and patient. Most of all, like Calvin said above, I hope to perform a miracle… not magically change numbers, but magically change our culture.

Join me! You don’t have to be good at math; you don’t even have to like it. You just have to recognize the need and have a small desire to help make things better, whether in people around you or even in yourself.

Cheers,

Adam

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