I told my teacher that I had read all of the books on the reading list for 9th grade English at the beginning of the year. We had a conversation about each of the books which demonstrated that I had, indeed, read all of the books and understood them. She allowed me to read books on the 10th and 11th grade syllabus. I still wrote the essays and participated in the class discussion for the assigned 9th grade books, but I read ahead. I was a bookworm who had older brothers and read what they read when I could. Did they move me into the 10th grade class? No, but I pretty much did the work that they did. And kids are accelerated in science, what do you think AP classes are? Heck, AP English, AP foreign language, all AP classes are acceleration. Honestly, we need to get back to tracked classes so that kids who are advanced readers and more interested in science have more opportunities to engage in the material at a level that is appropriate for them. Why are we expecting kids to be bored in class? All that does is make them dislike school and develop poor study skills. We should be challenging them. You can have a class for kids who are struggling and behind that is not warehousing them. You make the classes for kids who are struggling smaller and make sure that that the reading or math specialist visits those classes regularly. You have a class for kids on grade level. You have a class for kids who are ahead and can read deeper texts or write more detailed reports or do more advanced math and science. You watch the kids and see that the ones who were struggling that are on grade level and move them into the grade level group. You move the grade level who has foudn their stride into the advanced group. You allow for kids to develop skills and grow to move. And you allow for kids who started fast but maybe run into issues to slow down. |
AP classes are supposed to be intro level College classes, that is more than one year of acceleration. And there are multiple AP classes in each field, meaning that many kids are knocking out freshman year of college while in HS. What is the difference between a kid taking AP US History and AP world History and a kid taking AP Calc BS and Multivariate Calculus? Both are college level math classes, one is taught as DE. |
I think some have issues with accelerated math because it is gatekept, as it should be. The other examples are open enrollment in most cases.
And math really exposes the massive demographic gaps in achievement, which really are a reflection on failing families. |
Kids take AP World History instead of regular HS-level world history. They aren't really jumping ahead at all; they are swapping out one class for more advanced material. Some amount of acceleration is great, but it has turned into a race to nowhere. Kids are racing through material without deep understanding. We should push for more challenging content and offer more enrichment activities instead of racing through concepts. Deeper instead of faster. |
I'm not exceptional and I took BC Calc + Multivar in high school. It was great, I did fine, and I went on to further math in college so I clearly learned the material. |
Enrichment activities in math are typically - with all due respect - dumb. The occasional word problem that really emphasizes a concept to make sure kids can work something out? Great. A project to teach a concept? Honestly really annoying to math-oriented kids usually. I should know; I went to TJ where we did that sort of thing all the time as well as accelerating. This is different than enrichment activities in the humanities where deeper makes a difference. You can always connect literature to other literature. You can always learn more about a historical time period. For kids who love that stuff, it's great. In science you can always learn more about a topic as well, or do another actual hands-on experiment. |
More advanced material is the definition of jumping ahead. |
The point is that math as taught in elementary schools at FCPS is pitiful, and we want our kids' brains challenged adequately for their age. They can easily do more math than they're asked to do. |
Taking AP World History isn't jumping ahead in course scheduling. HSs aren't offering increasingly accelerated history classes. |
And you would have been fine to take MV in college. |
Why? 7th graders who take Honors Algebra I perform better than 8th/9th graders who take the same class. I don’t think the new policy of not requiring a 91st percentile for Honors Algebra I in 7th will yield quite the same results. The school board changed this policy because not enough URMs qualified for Algebra in 7th grade. Info from AI (created by people who were advanced in math); Accelerated math programs benefit brain development by providing a stimulating environment for learning, encouraging higher-order thinking, and enhancing cognitive function. These programs can also lead to increased neural connections and brain plasticity, ultimately boosting overall brain health and cognitive abilities. Here's a more detailed look at the benefits: Stimulating the Brain: . Accelerated math pushes students to engage with more complex concepts, which in turn challenges their cognitive abilities and stimulates neural pathways. This mental exercise can enhance memory, attention span, and overall cognitive function. Enhancing Cognitive Function: . Accelerating learning math can lead to improvements in cognitive skills like memory, attention, and executive function. MIND Education suggests that accelerated learning can allow students to apply mathematical concepts to real-world challenges. Increased Neural Connections and Brain Plasticity: . Math engages the brain in a way that promotes neural connections and brain plasticity, the brain's ability to adapt and change. This can lead to a more efficient and adaptable brain, better equipped to handle various cognitive tasks. Higher-Order Thinking: . Accelerated math programs often involve more abstract problem-solving and critical thinking, encouraging students to analyze, evaluate, and make connections. These skills are essential for both mathematical understanding and overall cognitive development. Improved Problem-Solving: . Math, especially when approached with accelerated learning, fosters strong problem-solving skills. Students learn to approach problems logically, identify patterns, and develop strategies for finding solutions. Enhanced Creativity: . While often perceived as a logical subject, math can also foster creativity. Students learn to think outside the box, develop innovative solutions, and explore different approaches to problems. Increased STEM Access: . Accelerated math can open doors to more advanced STEM fields. By mastering math concepts at an earlier stage, students can build a stronger foundation for future studies in science, technology, engineering, and mathematics. Increased Confidence and Self-Efficacy: . Success in accelerated math programs can boost student confidence and self-efficacy, leading to a stronger belief in their ability to learn and succeed in other academic areas. |
It would have made it impossible to graduate with the majors + minor combination I settled on. It would have meant I went into college with fewer credits and therefore was further back in the course selection line, making it harder to get the classes I wanted freshman year. I asked upthread and I ask again - to what purpose would you limit the opportunities offered to kids? |
No, it actually is jumping ahead. It means that in college you can skip out on an introductory history class. How do you not know this? That's the definition of what an advanced placement course is - introductory college credit. |
9th graders can take AP Human Geo, how is that not a 9th grader taking a class 4 years ahead? 9th graders can also take AP Computer Science A, how is that not a 9th grader taking a class 4 years ahead? |
BS. There are tons of engaging, real-world practical problems that could be explored. Economics, engineering, physics, etc. |