leebee
DIS Legend
- Joined
- Sep 14, 1999
- Messages
- 13,996
What you describe in the second parts of this post, that is students arriving at University having received high grades in high school, unable to remember or apply what they've learned in 9th or 10th grade, is one of the core problems that the CCSS is trying to address. By giving them more experiences understanding the underlying concepts before they memorize the algorithms, and more experience applying those concepts and algorithms to real world problems, they hope that students will be able to actually use what they learned in contexts such as Chemistry class.
Now, will it work? That remains to be seen. And is CPM the right curricula to help kids reach the new standards? Very debatable.
I should also note that "New Math" was a specific movement that has been dead for a long time, and that unless your DH is teaching 40 year olds what he sees is not "New Math", and that "new math" meaning CCSS is likely not the problem either. Very few districts have taught kids who are currently in college using CCSS. The districts that seem to have the smoothest roll outs started with younger grades and moved up. I know for my son's district this year is the first year that Algebra 1 classes have been aligned, next year will be geometry, etc . . . Some districts are a year or two ahead of that, but even this year's college freshman, if they took calc as seniors took Algebra 1 and 2 between 2008 and 2011. The Common Core standards weren't even published until 2010.
By "new math" I meant ANY of it: Common Core, State Learning Results, CMP2, CPM, Everyday Math, whatever a state is using as an excuse for teaching math. In the mid-80s we started being more concerned with student's self-esteem than anything else, including memorizing basic math facts. If you look closely, you'll see that most "educational methods" change about every 5 years or so, when the powers that be realize that kids still aren't learning. They devise a different series of bells and whistles to try a new approach to making math fun, easy, whatever. Until they all kids graduate from high school being able to add, subtract, multiply, and divide, to handle fractions, decimals, and percentages (and realizing how they are related), to understand place value, area, perimeter, volume, exponents, and how to decipher a word problem, it'll all be "new math" and it'll all be worthless.