We’re ready to embrace a growth mindset, but our students might not be.

Chapter 1 of the Algebra 2 curriculum is a review of very basic concepts from Algebra 1.  As such, I employed a self-paced “review and practice”-style for this chapter.  After a few work periods where students had time to get the minimal set of practice tasks done, we had a quiz.  When it came time for me to make the test, I was struggling with how to make it different than the quiz (which covered the exact same content).  Instead of making it a carbon copy of the quiz, I employed a different format.  The test had just four questions that were all real-life applications of the basic Algebra skills covered in the chapter (yes, they were word problems!).   Here is a copy of the test.

In an effort to boost their confidence, grit, and perseverance, right before handing out the test I told the students that the format was different, but that they knew the concepts required to solve these problems and that they just needed to apply them.  And most importantly, I told them that I made the decision to give such a test because I believed in them and that I knew they could do it.  And this last part was 100% true.  I did believe that they had it in them to do quite well on the test and I was excited to seem them rise to such a challenge.  Unfortunately, while I was emphasizing these uplifting comments, all they heard was “the test is different.”  Needless to say, there was a lot of drama that day; girls in tears, girls registering their complaints and the injustice to both me and Lesley.

This all happened on a Friday and I spent the weekend spending a lot of mental energy on what happened and what I was going to do about it.  Why were our girls so crippled by this test?  The questions actually weren’t terribly hard; had I sabotaged the experience by naming this as a “challenge”?   I quickly graded to see how they did and I rewarded perseverance in addition to correct calculations.   They actually did quite well, with several girls getting 100%.  Why was their reaction so negative to an experience where they were, for the most part, quite successful?

I decided it was worth a class period to talk about this experience and to try to convince them that Math is more than just calculations.  It is a subject full of beauty, complexity, and connections to the world around them.  And, that struggle is good for them and that we need to be brave and take risks to truly learn and grow.  I rearranged our previously scheduled material to talk about these ideas.  I started the class by giving them a short survey about how the test went for them.  I then showed them Reshma Saujani’s Ted talk, Teach Girls Bravery, Not Perfection.  They were captivated by this talk and the discussions after were positive and inspiring.  I then showed them Jo Boaler’s, Four Boosting Messages Video.  This video is a little cheesy, but the messages are important.  Finally, I shared with them this slide show that was recently discussed at a Math Department meeting which presents quotes from Jo Boaler and others.  I then gave them another survey.  Both surveys were anonymous.

To say the results were fascinating is an understatement.  The statistician in me is still crunching the quantitative data but it is the qualitative data (selected responses below) that are so telling.  I’ve learned so much from this experience.  Let’s start with the good.  Some were on board with this style of learning:

I feel as though the test sparked a bit of inspiration after knowing more about the research. I already knew that women are raised to be perfect rather than brave because my dad would repeat that there is no learning without taking any risks. But, I like to see more in depth research about this problem. I happen to quite like this style because it gives you a chance to be rewarded for hard work!

I really like this style. At first before the test I was super nervous because I was worried that what I had studied would not be on the test, but to my surprise the test wasn’t too bad. Afterwards I felt accomplished and proud of myself. I feel like if you had not said that it was a challenging test, I may not have been as worried about it beforehand, but I did have a feeling of relief afterwards. Also, I REALLY liked the Ted talk and it empowered me to take on challenges and be more brave and willing to make mistakes.

Before taking the test I did not think I was prepared for it, but afterwards I felt more confident in my abilities because I was able to take on a challenge.

Some were negative and very resistant to this style of learning:

i don’t understand how the way math it taught can just change after we’ve been doing the same type of learning for the past 11 years.

The test was confusing for me becuase it was a format that none of us were aware that we would have to be tested on. Usually in math we are expected to have a test with problems and we solve those problems. I am not good at learning from project and I am not good at reading from the book. I do better when someone is up teaching it on the board.

Some were quite terrifying in their misperception of what Math is:

I think it is important for some subjects to have critical thinking skills and be able to do things without much direction; I do not think this is true for math. I think for math you need to be given the directions so you know how to do the problems. You can’t just figure it out for yourself. You have to be taught math and given instructions on how to do things. In english or history critical thinking is important, but math is much different. You can’t learn math yourself, you have to be taught math.

I do like the message and all that jazz about it but to start doing this now is unbelievable. Colleges aren’t going to give me a math problem to solve and see how well I can adapt to it, they’re going to look at my grades for junior year. The SATs and ACTs are the same way, I’m going to have to bubble in the correct answer to get the right answer and that will hopefully help me to get a scholarship that will get me into a good college that will hopefully set me up to live a good life. But I don’t believe it was fair to throw that type of test at us when you did. Not after that quiz since everyone expected the test to be like the quiz, just like last chapter. And we are already under a lot of pressure and stress and it’s not fun having something like that thrown at you. It was like standing in the dark and someone says “to your lefT” but instead drops a ton of bricks on you.

i agree with method but maybe in a different area. i think in math you have to practice and understand the problem you’re doing and if i just get a random problem thrown at me that i never practiced i don’t think would do well. and since this class is based on grades i don’t really think it’s the place to practice this method. maybe like one on a quiz or something.

Wow, we have a lot of work to do! But, most interesting for me from this experience were the messages from students that were conflicted:

I can see why the test was formatted like that after seeing the videos. However, because tests impact our grades significantly, I would appreciate if the questions like the one on the test were just classwork. I like the idea of this way of learning and agree with it, but sadly grades mean a lot for college.

So I did good on the test, but I still don’t like the format of the test. I’ve considered myself a math person, and I and always working as hard as I can on everything, but this format made me feel so dumb. I think having activities that challenge us and were me make mistakes is good, but getting good grades is so important to us. Like we hear over and over, “the grade don’t define us”, but they do determine our gpa, which is so important. The videos had really good messages, but our school world is just getting more and more competitive and harder and harder, and grades are becoming even more important. We already have so much stress in our lives and creating even more stress with a test felt really insulting.

Like I said in the previous survey, I enjoy these problems but I don’t feel challenged by them. I am all for trying new things and learning from mistakes but I don’t want to be making mistakes on the SAT/ACT. Are there ways to prepare us for the SAT/ACT while making us “braver?”

It is these last, conflicted, messages that I can’t stop thinking about. The girls understand they need to be brave, that challenge is productive, but they are burdened by the system, a system which requires them to be perfect, to get all As or as high of a GPA as possible. I don’t want to give up on challenging them, but I’m mindful of what they’re up against. And so I am brainstorming ways to measure and reward perseverance, determination, grit and innovation as much as (or maybe even more so) the right answer. It’s a really exciting time to be a new member at Carondelet and I’m riding the momentum of the school as I re-imagine what challenge (real, authentic, practical and productive, challenge) might look like in our math classrooms.

Sharing a resource: Investigating different forms of Linear Equations with HP Prime

Here is a link to an investigation I made that uses the HP prime in a way that allows students to discover and make connections between the many forms of linear equations:  specifically, point-slope, standard, and slope-intercept forms.  I will be trying this next week with my Algebra 2 with Trig students during the long block.  I’ll report back on how it goes.

In this investigation the students use both the Function and Advanced Grapher apps on the HP Prime to discover that a line drawn by connecting two points (with their fingers, what fun!) looks exactly the same as a line drawn from an equation in point-slope form and exactly the same as a line drawn from an equation in standard form and exactly the same as a line drawn from an equation in point-slope form.  How can this be?  They use their algebra skills to realize that all of these different forms can be simplified down to the same equation.  And the pictures on the calculator confirm this!  And they will hopefully understand which pieces of information (points, slope, intercept etc) can be pulled from any given equation to produce a picture of a line.

A summary table at the end pulls this all together.  Why do I like to “teach” linear equations this way?  While I could traditionally teach the students the many forms, this investigative/discovery style is a nice way to use a long block (and to cover two lessons without them realizing it).  It also teaches them to notice patterns, to make deductions, to use their algebra skills as a way to make sense of seemingly contradictory information.  And, simply it’s more fun for me (and hopefully them too!).  I’m sharing this here because this same activity could be duplicated in Algebra 1 and potentially even PreCalculus.  That means all of you (Mathsquad) may be able to use this!

Fostering Innovation /Real-Life Problem Solving Skills with the Wendy’s Project

Here is a link to a project I did in my Algebra 2 Trig class.  I’ve been really impacted by the Ted Talk we watched in the beginning of the year about bravery vs. perfection and I’ve been frustrated at my student’s obsession with following the rules.  This project was very open-ended and the description of what I wanted from them was left purposely vague.

Plusses:

  • The students were very into this project.  
  • This was a great way to use/teach permutations/combinations without doing traditional instruction.
  • The students had to take on much more ownership of this project and had to stretch to think about ways to deliver on the project.
  • It was much easier for me in terms of developing this project.
  • They enjoyed being resourceful in finding the toppings on Wendy’s home page and deciding that they needed to do combinations as opposed to permutations.
  • Some groups were more creative than others in developing their final product (I received some very nice videos and presentations) and some were more traditional (simple posters).  

Minuses:

  •  It was really hard for me to leave it totally open-ended.  When they pressed me on what the “product” should be, I did give them suggestions.  I wonder what they may have come up with if I hadn’t announced types of products.
  • Even though I told them not to, some students did google the answer and gave a solution which some did not fully understand and others could have been so much more inventive if they didn’t go right to the solution.  But, to foster that sense of being resourceful, I had to let them have access to the internet.  Other than dinging them based on their grade, I don’t know how to prevent this obsession with just getting the answer.
I really liked this project and I think I’ll continue to do more open-ended projects where they need to decide what and how to do it.  While we are here to teach them math, we are also here to prepare them to have successful careers.  For this, they need to know how to adapt, innovate, collaborate and problem solve.  They need to be able to do more than just follow directions.  They need to know how to problem solve on their own.  
Some submissions: