Anonymous wrote:What is his favorite subject in school? What was his favorite assignment this year? Has he ever come really excited about something he learned? What was it?
Anonymous wrote:Anonymous wrote:Is your child a math prodigy? If yes, and you have other evidence for it, it will help your admission. If not, I would say that calculus AB in 9th grade is too much acceleration resulting in superficial grasp of the material.
I'm not sure what "evidence" you mean- DS doesn't do math competitions because it's not his thing. but he does many problems a day for fun. he likes experimenting with topics outside of class. also, he has an A in class and aces every test, so I think he has a prety strong grasp of the material.
Anonymous wrote:Anonymous wrote:Is your child a math prodigy? If yes, and you have other evidence for it, it will help your admission. If not, I would say that calculus AB in 9th grade is too much acceleration resulting in superficial grasp of the material.
I'm not sure what "evidence" you mean- DS doesn't do math competitions because it's not his thing. but he does many problems a day for fun. he likes experimenting with topics outside of class. also, he has an A in class and aces every test, so I think he has a prety strong grasp of the material.
Anonymous wrote:Profs want students back to being strong in the basics.
The average STEM student in Calc Ab and BC should be repeating calc 2 in college. They skip along to linear or calc 3 and usually have poorer math skills than peers who repeated or began the calc sequence in college.
The colleges won’t think you’re “doing too much,” but your kid won’t be seen as any different than someone with Calc Ab As a senior or Bc if in stem. The really good math students have already blown your kid out of the water- they have the math Olympiad awards and college math work to prove it.
Anonymous wrote:Is your child a math prodigy? If yes, and you have other evidence for it, it will help your admission. If not, I would say that calculus AB in 9th grade is too much acceleration resulting in superficial grasp of the material.