Anonymous wrote:Anonymous wrote:PP, your hypothesis got me curious. According to the Dept of Education, there are 10x as many public school students as private school students. So assuming each school type is just as likely to produce Intel finalists, there should be a 10:1 ratio of public:private. And your theory suggests the ratio should skew even more toward public school students -- 15:1 maybe?
But when I check the Intel finalist list, it's actually only about 4:1, which suggests private school students are outperforming public school students pretty significantly.
How does that make sense under your hypothesis?
Also, FWIW, the Intel finalists seem a much more mixed bag than you suggest, with very few schools proximate to the major research facilities.
Your hypo is a nice story, but I am skeptical of it standing up to empirical scrutiny.
I hadn't looked at the data in a couple of years
For the most recent list, I count 44 from privates (out of 300) and 64 from science-focused public magnets. I suppose privates do slightly better than their representation in the overall population, but given the ability of private schools to weed out students who aren't satisfactory and their ability to cream students off of the top, wouldn't we expect them to to better than merely hold their own?
Interestingly, the privates on the list tend to be places like Bellarmine and Harker in the Silicon Valley, a place that has a tech focus. The lawyers' kids at DC privates and the investment bankers' kids at the New York Day Schools are few and far between, although the DC area and Long Island are well-represented by public schools.
All those kids from Great Neck on the list are quite near Cold Spring Harbor. The kids from Montgomery Blair are close to NIH. Perhaps, however, this is a function of research labs co-locating with large metropolitan areas that have affluent suburbs, and I would really need to do more careful measurement to support this hypothesis.
Anonymous wrote:Anonymous wrote:On average, private schools tend to do better in teaching writing, history, literature etc. The small class sizes mean that teachers can assign lots of essays and give lots of feedback. They also tend to offer courses in Latin and Art History, which public schools dropped long ago.
Not true. Most (all?) area publics offer AP Art History and Latin. When we looked into Sidwell a few years back, they didn't offer Latin.
Anonymous wrote:Anonymous wrote:On average, private schools tend to do better in teaching writing, history, literature etc. The small class sizes mean that teachers can assign lots of essays and give lots of feedback. They also tend to offer courses in Latin and Art History, which public schools dropped long ago.
Not true. Most (all?) area publics offer AP Art History and Latin. When we looked into Sidwell a few years back, they didn't offer Latin.
Anonymous wrote:On average, private schools tend to do better in teaching writing, history, literature etc. The small class sizes mean that teachers can assign lots of essays and give lots of feedback. They also tend to offer courses in Latin and Art History, which public schools dropped long ago.
Anonymous wrote:PP, your hypothesis got me curious. According to the Dept of Education, there are 10x as many public school students as private school students. So assuming each school type is just as likely to produce Intel finalists, there should be a 10:1 ratio of public:private. And your theory suggests the ratio should skew even more toward public school students -- 15:1 maybe?
But when I check the Intel finalist list, it's actually only about 4:1, which suggests private school students are outperforming public school students pretty significantly.
How does that make sense under your hypothesis?
Also, FWIW, the Intel finalists seem a much more mixed bag than you suggest, with very few schools proximate to the major research facilities.
Your hypo is a nice story, but I am skeptical of it standing up to empirical scrutiny.