My son, a high school senior, shared that Simon Sinek, leadership expert and author of Start with Why, will be presenting a talk today at assembly. First thought, I wish I could go. Second thought, let my fingers do the walking so I go to www.startwithwhy.com and got hit with “Imagine a world where people wake up inspired to go to work”… would love this to say
“Imagine a world where students and teachers wake up inspired to go to school”.
This is why (haha!) I have a talk called “When Are We Ever Going to Use This Math?” to answer this question of “Why?” although upon deeper reflection, maybe I have been answering the wrong question. So what could the question be? Here are some ideas:
Why does every country have their students study Math?
Why study Math?
Why do people think people who study STEM (Science Technology Engineering Math) are smart?
Why do people who study STEM usually make more money?
Please comment to add your own Why questions that will inspire and motivate students…thanks!
This is a new Common Core item from PARCC (grade level and link to be revealed at the bottom of this post).
How do your students remember metric conversions? My favorite was found in the South Bronx on a middle school teacher’s desk while I was observing a student teacher: Kings Have Diamonds Man Diamonds Cost Money. A more popular one is shown below. The metric system is so brilliant because it uses base 10 and why do we use Base 10 anyway? Click here for info on the history of bases.
By Base (meter gram liter)
The table below shows the metric prefix and the matching mnemonic word.
|(Change meter to any unit)
Here is the link to this item: http://parcc.pearson.com/resources/Practice_Tests/Grade_5/Math/PC194817-001_5MTHTB_PT_PARCC_G4_HS_TB.pdf (5th grade)
B and C are the correct answers:
B) 7cm is like 7 cents which is .07
C) 1000m = 1km so 7000m = 7km
Q: I was 29 the day before yesterday and next year I will be 32. This is true only one day in a year. What day is my birthday?
A: December 31st is the birthday so on December 30: age = 29
Dec 31: turns 30
Jan 1 : the day it is ‘now’ in the question
will turn 31 at the end of the current year (it is far away as it is Jan 1 and the birthday is Dec 31)
therefore the person will be 32 at the end of the next calendar year
At least 5 times a week, someone will share that their son or daughter is a poor test taker. We all know people who ace the test with no effort but much can be gained by focused studying and commitment and I do not just mean test scores!
Tests may not always show knowledge and skills — that 7 in Physics was tough freshman year (yes out of 100!) but I learned so much about attention to detail and focus. How many times do we see 2^3 (2 to the 3rd) = 6 rather than 8? I call these “fuzzy errors”. People can improve their test scores and their attention to detail by answering the exact question and noticing the finer points of what they are being asked.
How did I learn to do this? The hard way — btw, my next score in Physics was exciting because it was double digit — 11! (because class avg was so low, I still managed a C in the class).
It used to be that Math was lots of number crunching but Elementary Math has changed –my theory is the advent of the calculator and Google. Homework can no longer be a page of straight division problems as they can be Googled for the answer and even for all the steps involved!!!
I came across this working on homework with a 4th grader. Is it 9 divided by 2? or 9 divided by 4? Both have a remainder of 1.
See the diagram below for these two ways of interpreting division (albeit division without remainder).
Here is another example:
13 can also be grouped by quotition division see above with 3 groups of 4 with remainder 1. This method will yield the same Math results EXCEPT for problems like 12 divided by 5 which is 2 remainder 2. But divide 12 by 2 and we get 6 not 5 remainder 2 b/c the remainder goes in one more time (same goes for divide 21 by 6 is 3 R3 but 21 divided by 3 is exactly 7 not 6 R3.). So be aware that division these days is about interpretation and not computation.