The resulting acceptance rate of 4.3 percent is the lowest in Stanford’s history, down from 4.65 percent for the Class of 2021.
Additionally, 18.3 percent of Class of 2022 admits are first-generation college students, the highest proportion in Stanford’s history.“This change makes Stanford more accessible to students who choose to apply to the university,” Miranda wrote.
Students do not need to have a deep understanding of computer science before taking this course, they will explore concepts and write about the impact those concepts have in different problems and the real-world.
Average Reading Per Night: 1 page Average Numbers of Papers per Semester: 3-4 large projects Average Number of Tests per Semester: 5-6 quizzes/tests and small biweekly quizzes Other Expectations: Attendance is crucial.
Attendance is crucial, expect to have to spend one lunch period in the lab for each missed class period.
Work outside of class will be required and in some cases might require programming to be done at home or at school in the lab at lunch or before/after school.In colleges recognizing the APCS examinations, a qualifying score gives the student college credit or advanced standing.The topics covered normally comprise 3 or more semester hours included in the first year of a computer science curriculum at the college level.Taking the SAT essay raises the total cost of the exam by up to , whereas taking the ACT essay raises the total cost by up to .50.Of the states and individual secondary schools that total 47,450 applications, its most ever, for the the Class of 2022, and the University admitted 2,040 students.no recommendation available Course Description: Advanced Placement Computer Science Principles (APCSP) course is designed for students of high academic ability who have an interest in exploring computer science and who want to prepare for the AP CSP examination which includes two projects that are completed as part of the course and digitally submitted.This course, offered in partnership with Code.org, advances student understanding of the central ideas of computer science, engaging students in activities that show how computing changes the world.Through a focus on creativity, students explore technology as a means for solving computational problems, examining computer science's relevance to and impact on the world today.Students will work on different projects to explore computer science concepts and work with peers to create algorithms, protocols, design and test code, and analyze data.Work outside of class will be required, and in some cases might require access to a computer, students can work in school in the lab at lunch or before/after school.AP Language and Composition A and B are designed for the highly motivated student.