febegaj wrote:Anonymous wrote:
Your basic premise is flawed in saying the students are equal level performers. If they are performing equally with the students at the weaker school, then they are most likely not getting in.
Let's say there are 400 8th graders. Then both A & B are guaranteed six spots. However, after those 6, the remaining students would be competing in the open pool, which is what's left after every school get's their 1.5%.
School C would not have any guaranteed six spots and everyone would compete in the open pool. However, if C1 through C6 are as good as B6, then they will all be accepted, so they are not at a disadvantage compared to B(Longfellow). If the students are not that good, then they are in the open pool, same as B7-50, and again not a disadvantage.
I don't think it is flawed. I'm not saying the student in school A performs equally with the rest of the students in school A. E.g. you can imagine the exact same student, "cloned" across those 3 schools, and comparing the chances for each "cloned" student in each school.
Anonymous wrote:The students at C are not disadvantaged compared to B, but both B & C are disadvantaged compared to A.
Anonymous wrote:
Let's say there are 400 8th graders. Then both A & B are guaranteed six spots. However, after those 6, the remaining students would be competing in the open pool, which is what's left after every school get's their 1.5%.
School C would not have any guaranteed six spots and everyone would compete in the open pool. However, if C1 through C6 are as good as B6, then they will all be accepted, so they are not at a disadvantage compared to B(Longfellow). If the students are not that good, then they are in the open pool, same as B7-50, and again not a disadvantage.
So for concrete numbers, and to show if I understand correctly: suppose open pool is 50 spots. Then A offers 6 spots plus 50 from open pool, B has 6 spots plus 50 from open pool, and C has 50 from open pool.
Student in school A (which is in the same academic level as that in B and in C), has a chance to get one of the 6 spots by competing against 100 academically weaker students, therefore at an advantage.
Student in school B has the same numbers but competes against 100 stronger students, making claiming one of the 6 spots more difficult.
Student in school C has no pre-allocated spots at all, therefore can only compete against the open pool from all schools, so student C is the most disadvantaged student of all 3. So I guess what PP 06/23/2022 11:29 said is correct?
Anonymous wrote:
Your basic premise is flawed in saying the students are equal level performers. If they are performing equally with the students at the weaker school, then they are most likely not getting in.
Let's say there are 400 8th graders. Then both A & B are guaranteed six spots. However, after those 6, the remaining students would be competing in the open pool, which is what's left after every school get's their 1.5%.
School C would not have any guaranteed six spots and everyone would compete in the open pool. However, if C1 through C6 are as good as B6, then they will all be accepted, so they are not at a disadvantage compared to B(Longfellow). If the students are not that good, then they are in the open pool, same as B7-50, and again not a disadvantage.
Anonymous wrote:The students at C are not disadvantaged compared to B, but both B & C are disadvantaged compared to A.
Anonymous wrote:
Let's say there are 400 8th graders. Then both A & B are guaranteed six spots. However, after those 6, the remaining students would be competing in the open pool, which is what's left after every school get's their 1.5%.
School C would not have any guaranteed six spots and everyone would compete in the open pool. However, if C1 through C6 are as good as B6, then they will all be accepted, so they are not at a disadvantage compared to B(Longfellow). If the students are not that good, then they are in the open pool, same as B7-50, and again not a disadvantage.
febegaj wrote:I see contradicting answers and I am still confused.
So suppose we have 3 middle schools, each with 100 students.
School A is FCPS "lower-performing", school B is FCPS "high-performing" and school C is private.
We have 3 students x,y,z from schools A,B and C respectively. All 3 students have the same academic level.
What are (roughly) the TJ admission odds for each student?
Anonymous wrote:Anonymous wrote:febegaj wrote:So this means that a kid from a private school has the same chance compared with a kid e.g. from Longfellow?
No. Longfellow is allocated seats 1.5% of its 8th-grade class, as well as being eligible for unallocated seats. Private schools are only eligible for unallocated seats.
Sounds like Longfellow gets the same odds as any place. 1.5% is 1.5%...
Anonymous wrote:febegaj wrote:So this means that a kid from a private school has the same chance compared with a kid e.g. from Longfellow?
No. Longfellow is allocated seats 1.5% of its 8th-grade class, as well as being eligible for unallocated seats. Private schools are only eligible for unallocated seats.
febegaj wrote:I am confused now. So this means that a kid from a private middle school has less chances than a kid from *any* FCPS middle school (including the high-performing ones?)
Is there a link that shows exactly how the allocation system works?
febegaj wrote:So this means that a kid from a private school has the same chance compared with a kid e.g. from Longfellow?
Anonymous wrote:They are eligible and would be in the open pool, same as students at other middle schools that get lots of students into TJ.