You think kids who haven't accelerated in math are ready for engineering and physics problems? ![]() |
How many kids realistically place out of world history in college? Anyway, the point was that high schools aren't offering increasingly accelerated history classes. |
Yes, there are a wide variety of engineering and physics problems. Not all require advanced concepts. Plus, I do think some acceleration is beneficial - a year of calculus in HS for kids heading into STEM. |
Last I checked, a High School student is not in college. Taking a class for college level credit is, by definition, skipping ahead or acceleration. So yes, taking AP classes is acceleration. That is the point of them. And there are kids who end up dual enrolled in languages, my kid attended a language immersion program in ES. He will end up with at least one DE language class after he takes the AP class in his Juinior year. Heck, more MS are allowing kids to start HS foreign language classes as 7th graders. There is no test or barrier to entry, any 7th grader can sign up for Spanish or French at our MS. They will finish the AP class as Juniors, is that a problem? |
It appears that kids that take algebra in 7th do better on SOLs for algebra and every subsequent course than those that start the path in 8th and 9th. Seems like we aren’t accelerating enough. |
My kid will take AP Lang, AP Lit, AP Seminar, and AP research. They also will have AP Government, AP European history, and AP USH. I’m not seeing a problem with doing multivariable also. |
There's an obvious selection bias that leads to the higher scores. It's not that the acceleration causes the higher scores. It's that most of the kids most likely to get higher scores are placed into the class in 7th. |
PP who wants to set up math tracks seems to think that kids who are perfectly capable of doing matrix multiplication (and mind you, matrix math underlies both modern communications and large language models aka AI) in high school should be stuck doing algebra based physics extensions because...reasons. PP has yet to answer the question "why limit acceleration." |
Obviously, but it doesn’t appear that the speed of their learning is affecting their comprehension and ability to exceed the state standard. Seems like acceleration suits them fine. |
Because the increasing levels of acceleration are creating a toxic environment that doesn't provide a significant benefit for the vast majority of kids. It's a race to nowhere. There is very little value in accelerating beyond a year (or two on a limited basis). |
I think some people have a hard time accepting that there are always going to be smarter kids and more nurturing families. And it is a social issue for them, not an educational one. Acceleration isn’t meant to benefit the vast majority of kids. Acceleration is meant to benefit those who need it and currently it’s about 10-15% of kids. Algebra in 7th is such a low bar too. Education isnt a race to nowhere; it’s an endless journey, but some just walk faster. |
There’s a lot of value for *my* kids. Maybe you should parent the kid you have and let other people make the best decisions they can for their kids. |
Which schools are piloting algebra 1 in 6th? So does that mean elementary school grades could possibly be going on the high school transcript?
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Some acceleration is great. Having some calculus in HS is helpful. 10-15% is too large of a cohort for exceptionally gifted. It will include many bright kids who would have been just fine with algebra in 8th. Limit the hyper acceleration to the truly gifted kids. There should be a very high bar for entry. The unnecessary over-acceleration is the race to nowhere. |
Algebra in 7th should not be called acceleration. It is the standard for many other countries.
Kids at that age can handle it, you don't need to be exceptionally gifted to learn algebra. You do need to put in reasonable amount of effort though. |