Anonymous wrote:
Anonymous wrote:
Anonymous wrote:Are you claiming problem solving and critical thinking is somehow new in this decade? Nonsense, math is about problem solving and criticial thinking. As this applies to elementary school math there have been no changes or new paradigms for 101 years. What has changed (and for the worse) is the competence of elementary school math teachers and the increasing aversion and phobia our students have for the subject. And administrators and educators that limit access of students to math concepts based solely on an arbitrary grade level or age are incompetent. They should not be teaching children (with limitless academic potential) rather geriatric subjects with dwindling and extinguishing fire.
Actually, what is changing is that 2.0 is making sure Snowflake is actually engaging in critical thinking rather than spitting out an answer because she knows how to compute according to an algorithm. The problem with the old standards is that the system only cared that Snowflake could get to an answer, but not understand the "why" of how that answer is the right answer. In higher math at the real college level that underlies engineering and science, the student is served much better if she understands "why" numbers work the way they do, rather than just acting like a human calculator. The problem is that Snowflake's older brother hit differential equations in college and couldn't do it because he could only spit out answers via an algorithm he memorized. There's been at least a decade and a half at the current curriculum that has demonstrated this. (see earlier post by spouse of university professor).
BTW, I am the parent of the average second grader that posted above about Common Core.
FYI, there is not a replacement for the MSA yet, but there are formative assessments for the end of each unit that has been rolled out in 2.0. Snowflake has the opportunity to show how much she has mastered.
Why is is so hard for you to acknowledge that there are kids in MCPS who have mastered the work (both the how and the why)? Is your position that we simply not care about these kids? Rather, we should just put them in a room with kids that struggle in math, have them be bored by repeating simple concepts and, potentially lose interest in math. Is this the way a sensible educational organization treats its excellent students?
So I ask you: what do you do with the kids who really "get" the material? If you choose to answer, please do not focus your response on the red herring of what happens to the "snowflakes" (as you call them) who really haven't mastered the work. Please focus on the ones who have done so.
PP here. I picked up Snowflake from an earlier poster. I won't use that here.
I think you and I have different ideas of what it means "to get the material." Previously, the material was an algorithm. How to add, subtract, multiply and divide, for example. But, just because your child can add 6 digit numbers in their head and maybe even do long division and some form of algebra does not mean they understand fundamental concepts. For example, do they understand base 10 and how that translates to working in base 2? My second grader is doing work that translates into working in base 2 when she gets there. I doubt that prior to 2.0 we would have seen that. Someone can correct me if I am wrong. As I understand from talking to parents and teachers, the curriculum prior to 2.0 was to teach a concept and move to the next with no depth.
What 2.0 is supposed to do in math, and I will agree the jury is still out as to whether it accomplishes this, is SLOW DOWN THE CURRICULUM in math to allow teachers to spend more time on each fundamental concept. This may result in kids not being accelerated as fast. I am seeing my child is being taught fewer topics, but to a greater depth. I actually don't think this is a bad thing. She'll still make it to calculus in time to have a science career if she wants.
I concede that some kids within a fundamental concept may master it before the rest of the kids in that small teaching group. As I have been told by my principal, they will work with those kids to move to the next concept. I sure hope this happens, but I will wait until I see my child's first report card before I jump all over anyone.
Also, the county has published a curriculum pamphlet for each grade through grade 3. I was given one at the grading meeting. I was also given a blank 2nd grade report card so I could see what was going to be covered and measured. If you don't have this, it's probably on the MoCo website.
Finally, while there may be some teachers that aren't terribly good in math teaching math in elementary school, that was never the basis of the problem in math. The basis of the problem in math was the speed at which concepts were taught with a hope and a prayer that enough kids grasped the concept, and then moving on to the next concept. Really, elementary school math, even if it is algebra, is not that hard for a teacher given the right materials.