Monday, July 25, 2016
Summer School 2016!
Tuesday, July 12, 2016
Summer Summer Summertime!
Wow, I haven't updated since March! The school year ended on a positive note and it seems like the entire year was a blur. My hypothesis is that the more experienced you become, the more you know what to expect, the easier things are to manage, and the faster the years go by.
This summer we've been using ratios and rates from Pearson for the first domain. I will probably pull resources from IXL or A-Net and even the 2016 released questions to count towards the student portfolios. This summer session is comprised of two groups of students. Some of whom I'm assuming did not do so well on the test, and the others whom just did not produce any work all year. Nevertheless, the days have been going fast (we're on day 3) and pretty soon it will be time for another vacation.
This summer my plan is to come up with a group-management system. I feel that when I group students, they fall into three categories:
A) Students that do all of their work all of the time and actually discuss the work and attempt to complete the problems (what I want to focus on this year and what I want my new system to address)
B) A group where one or two students produce work but they mostly work individually, and the third student does not produce anything or attempts to just copy from their group members
C) Students that do not produce any sort of answer or work, are heavily off task, and do not attempt to discuss the problem
The biggest part of the problem obviously stems from the fact that a large portion of students are far behind where they are supposed to be and simply do not understand the work or problem. And so, they shut down, tune out, or act out. However, I would be content if the kids made serious attempts to work together to try to at least discuss the problems and attempt to come up with a solution. I have been thinking about using the wheel as a template. Going to spend some time this month thinking about it. Stay tuned! P.S. - Kudos to you if you know what song the title of this post refers to!
This summer we've been using ratios and rates from Pearson for the first domain. I will probably pull resources from IXL or A-Net and even the 2016 released questions to count towards the student portfolios. This summer session is comprised of two groups of students. Some of whom I'm assuming did not do so well on the test, and the others whom just did not produce any work all year. Nevertheless, the days have been going fast (we're on day 3) and pretty soon it will be time for another vacation.
This summer my plan is to come up with a group-management system. I feel that when I group students, they fall into three categories:
A) Students that do all of their work all of the time and actually discuss the work and attempt to complete the problems (what I want to focus on this year and what I want my new system to address)
B) A group where one or two students produce work but they mostly work individually, and the third student does not produce anything or attempts to just copy from their group members
C) Students that do not produce any sort of answer or work, are heavily off task, and do not attempt to discuss the problem
The biggest part of the problem obviously stems from the fact that a large portion of students are far behind where they are supposed to be and simply do not understand the work or problem. And so, they shut down, tune out, or act out. However, I would be content if the kids made serious attempts to work together to try to at least discuss the problems and attempt to come up with a solution. I have been thinking about using the wheel as a template. Going to spend some time this month thinking about it. Stay tuned! P.S. - Kudos to you if you know what song the title of this post refers to!
Sunday, March 20, 2016
The Pi!
Monday, March 14, 2016
Happy Pi Day!
How could I not make a post for National Pi Day!? Today is 3/14/16!
Channeling my inner nerd, Pi is the ratio of the circumference of a circle to its diameter (which tends to be a little over 3 times as much or 3.14 to be exact).
All of the math experts have even come out of the woodworks to win free pizza from pizza hut for 3.14 years! http://blog.pizzahut.com/flavor-news/national-pi-day-math-contest-problems-are-here-2/
What am I doing? I promised the kids that I would make a pie and bring it in on Friday (I know, I'm going to be so late), but I suppose it's the thought that counts. The pie in question......Apple? Peanut butter? Strawberry? I am terrible at baking but I'll be sure to post a picture of it.
Channeling my inner nerd, Pi is the ratio of the circumference of a circle to its diameter (which tends to be a little over 3 times as much or 3.14 to be exact).
All of the math experts have even come out of the woodworks to win free pizza from pizza hut for 3.14 years! http://blog.pizzahut.com/flavor-news/national-pi-day-math-contest-problems-are-here-2/
What am I doing? I promised the kids that I would make a pie and bring it in on Friday (I know, I'm going to be so late), but I suppose it's the thought that counts. The pie in question......Apple? Peanut butter? Strawberry? I am terrible at baking but I'll be sure to post a picture of it.
Wednesday, March 9, 2016
Update
Sorry it's been a little over a month! The mid winter-recess break was in mid-February and I was away in San Francisco unable to post. Shortly after, I was in a complicated situation and ended up losing someone that I loved. The kids have been questioning why I look so sad lately, but I have to be strong as their teacher, for them and for me. I apologize for the lack of posts!
We have been learning about how to solve a one-step equation. I have not done a great job breaking this down for the kids in my past years of teaching, but this time I made it easier to understand by using NLVM's virtual algebra balance scale. It can be found here: http://nlvm.usu.edu/en/nav/frames_asid_201_g_4_t_2.html?open=instructions
And it looks like the following:
Once kids understand the two goals/concepts of isolating the variable and balancing the equation, they can move onto abstractly solving one-step equations where the answer is not so obvious
(i.e. E + 350 = 592 or 5n = 625). So far they have done a good job, especially understanding key terms such as "isolate" and "inverse"
We have been learning about how to solve a one-step equation. I have not done a great job breaking this down for the kids in my past years of teaching, but this time I made it easier to understand by using NLVM's virtual algebra balance scale. It can be found here: http://nlvm.usu.edu/en/nav/frames_asid_201_g_4_t_2.html?open=instructions
And it looks like the following:
Once kids understand the two goals/concepts of isolating the variable and balancing the equation, they can move onto abstractly solving one-step equations where the answer is not so obvious
(i.e. E + 350 = 592 or 5n = 625). So far they have done a good job, especially understanding key terms such as "isolate" and "inverse"
Wednesday, February 3, 2016
Order of Operations Footloose
The students have needed a lot of practice with the order of operations recently so I've had them move around > get an expression > evaluate an expression > return expression > repeat. Above is a video of a group evaluating an expression together.
Thursday, January 21, 2016
Division of Fractions by Fractions
Howdy! The kids have been working on dividing fractions by fractions, as well as word problems!
Before working on word problems, they created fraction kits using fractions strips for:
1 whole, 1/2, 1/3, 1/4, 1/5, 1/6, 1/8, 1/9, 1/10, and 1/12.
The video above is a student attempting to model the solution to one of these problems.
Tuesday, January 12, 2016
Math Opinions
I decided to have a few students (like G and K from last year) share their opinion on what math is like for them this year and their attitude towards learning. A few more are coming! Stay tuned!
Sunday, December 20, 2015
The Opposite of the Opposite
It's been a while since I've updated but currently my class is working with negative and positive integers/rational numbers. In order to get my students to understand the concept that two negative signs create a positive sign (i.e. -(-3) = +3), I've decided to crank out the number line/coordinate plane! Unfortunately the coordinate plane I had last year got lost during the transition in moving from upstairs to downstairs, so I have to create a new one.
Below is a video of them ordering themselves from least to greatest after they understood that the opposite of an opposite is the equal to the number itself.
Unlike last year, many students have expressed interest in sharing their opinions on what math is like for them this year compared to last year. Now that there's a bit more time because of the holiday, I'll try to get to it by Wednesday!
Below is a video of them ordering themselves from least to greatest after they understood that the opposite of an opposite is the equal to the number itself.
Sunday, October 25, 2015
Scavenger Hunt Part II
Now that we've been working on ratios and unit rates for a few weeks I decided to have the students participate in another scavenger hunt activity with variety of rate/unit rate problems. I have been extremely busy and have not had the time to post as frequently as I would like to. Teaching (student learning) seems to be a much bigger challenge this year than last for me. Trying to do my best.
Subscribe to:
Posts (Atom)