Anonymous wrote:Anonymous wrote:My STEM PhD husband didn't do all the math our daughter is doing in high school, simply because it wasn't offered. You cannot compare generations like this when it comes to education. Decades ago there wasn't all this acceleration available to most kids.
DD is in precalc in 9th, OP. She got there because she tested into algebra 1 in 6th. In 8th grade she was bused to her high school for algebra 2. She will take AP Calc BC next year, and then MVC and another math class. Also AP Physics C, both semesters. She has a list of 14 or so APs that she's working through - she's the competitive type.
Ok? This is not typical and honestly not necessary. Students like this can have major problems when they’re at MIT or another top university and there are students on her level or higher who went the normal route.
Anonymous wrote:A student who went the normal route (precalc in 12th) will have a harder time getting into MIT, and once there will be unlikely to place out of first semester calc, much less MVC or even more advanced math courses.Anonymous wrote:Anonymous wrote:My STEM PhD husband didn't do all the math our daughter is doing in high school, simply because it wasn't offered. You cannot compare generations like this when it comes to education. Decades ago there wasn't all this acceleration available to most kids.
DD is in precalc in 9th, OP. She got there because she tested into algebra 1 in 6th. In 8th grade she was bused to her high school for algebra 2. She will take AP Calc BC next year, and then MVC and another math class. Also AP Physics C, both semesters. She has a list of 14 or so APs that she's working through - she's the competitive type.
Ok? This is not typical and honestly not necessary. Students like this can have major problems when they’re at MIT or another top university and there are students on her level or higher who went the normal route.
Anonymous wrote:Anonymous wrote:My STEM PhD husband didn't do all the math our daughter is doing in high school, simply because it wasn't offered. You cannot compare generations like this when it comes to education. Decades ago there wasn't all this acceleration available to most kids.
DD is in precalc in 9th, OP. She got there because she tested into algebra 1 in 6th. In 8th grade she was bused to her high school for algebra 2. She will take AP Calc BC next year, and then MVC and another math class. Also AP Physics C, both semesters. She has a list of 14 or so APs that she's working through - she's the competitive type.
Ok? This is not typical and honestly not necessary. Students like this can have major problems when they’re at MIT or another top university and there are students on her level or higher who went the normal route.
A student who went the normal route (precalc in 12th) will have a harder time getting into MIT, and once there will be unlikely to place out of first semester calc, much less MVC or even more advanced math courses.Anonymous wrote:Anonymous wrote:My STEM PhD husband didn't do all the math our daughter is doing in high school, simply because it wasn't offered. You cannot compare generations like this when it comes to education. Decades ago there wasn't all this acceleration available to most kids.
DD is in precalc in 9th, OP. She got there because she tested into algebra 1 in 6th. In 8th grade she was bused to her high school for algebra 2. She will take AP Calc BC next year, and then MVC and another math class. Also AP Physics C, both semesters. She has a list of 14 or so APs that she's working through - she's the competitive type.
Ok? This is not typical and honestly not necessary. Students like this can have major problems when they’re at MIT or another top university and there are students on her level or higher who went the normal route.
Anonymous wrote:My STEM PhD husband didn't do all the math our daughter is doing in high school, simply because it wasn't offered. You cannot compare generations like this when it comes to education. Decades ago there wasn't all this acceleration available to most kids.
DD is in precalc in 9th, OP. She got there because she tested into algebra 1 in 6th. In 8th grade she was bused to her high school for algebra 2. She will take AP Calc BC next year, and then MVC and another math class. Also AP Physics C, both semesters. She has a list of 14 or so APs that she's working through - she's the competitive type.
Anonymous wrote:Anonymous wrote:We’re in APS, no formal differentiation until middle school when they take pre-algebra. My kid will probably take algebra II summer after 8th and start in pre-calc. I do not know where his math aptitude came from, he’s just naturally good at algebra
It's weird that you're all "I don't know how this happened! He's just good at math!" yet you have him taking an entire year of math over the summer so he can accelerate...
He's moving ahead in math because you're having him do more math.
Anonymous wrote:I read about high school freshman placing into geometry, but when does the math acceleration start? Everything right now is at grade level and there is no grouping. Are people working ahead in 3rd grade, or is everyone really waiting until 6th and 7th? It seems like they need to start in elementary a year ahead in order to be a year or two ahead for high school, unless people are working ahead during middle school summers.
5s and an 800 is far from sufficient for MIT. For that you need MOP placement or thereabouts.Anonymous wrote:Anonymous wrote:Anonymous wrote:Why do you want your child to be years ahead?
So we can complete globally. Duh. The indian republican guy had a point you know.
They don’t need to be three years ahead to be efficient in math. If a student is good at math and is very interested in it then let them take the top levels starting in middle school. If they succeed at the AP math classes they can get a perfect SAT math score and go to MIT. Their math education will continue and they will have the necessary background.
I don’t think it’s helpful to give stress to kids when it can be avoided. There are probably a handful of kids at schools who can easily move faster than the others but a large majority will benefit from being on the standard track for good math students.
Anonymous wrote:We’re in APS, no formal differentiation until middle school when they take pre-algebra. My kid will probably take algebra II summer after 8th and start in pre-calc. I do not know where his math aptitude came from, he’s just naturally good at algebra
Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Why do you want your child to be years ahead?
So we can complete globally. Duh. The indian republican guy had a point you know.
They don’t need to be three years ahead to be efficient in math. If a student is good at math and is very interested in it then let them take the top levels starting in middle school. If they succeed at the AP math classes they can get a perfect SAT math score and go to MIT. Their math education will continue and they will have the necessary background.
I don’t think it’s helpful to give stress to kids when it can be avoided. There are probably a handful of kids at schools who can easily move faster than the others but a large majority will benefit from being on the standard track for good math students.
OP mentioned high school freshmen in geometry. That's "the standard track for good math students" in FCPS, in that the lower half of AAP will be on that track. The upper half will take Algebra 2 in 9th. The really exceptional 20-30 kids in the county will take Pre-Calc. Seems pretty reasonable.
That makes sense.
Anonymous wrote:Anonymous wrote:Anonymous wrote:Anonymous wrote:Why do you want your child to be years ahead?
So we can complete globally. Duh. The indian republican guy had a point you know.
They don’t need to be three years ahead to be efficient in math. If a student is good at math and is very interested in it then let them take the top levels starting in middle school. If they succeed at the AP math classes they can get a perfect SAT math score and go to MIT. Their math education will continue and they will have the necessary background.
I don’t think it’s helpful to give stress to kids when it can be avoided. There are probably a handful of kids at schools who can easily move faster than the others but a large majority will benefit from being on the standard track for good math students.
Oh no, let us not stress our precious little angels. The Indians can do that with their children. When ours are working in the field for their Indian masters, maybe you will rethink?