AP Natural Science courses are rigorous, college-level lab science programs by the College Board, designed for Grades 6–12 students to build scientific inquiry, experimental design, and analytical skills. These courses meet U.S. high school science graduation requirements, carry weighted GPA credits, and are core prerequisites for STEM, pre-med, and engineering majors.
Students typically begin in Grade 9/10 with foundational biology/chemistry/physics courses, progressing to AP Biology, AP Chemistry, AP Physics 1/2/C, and AP Environmental Science. Courses include virtual lab components adapted for AIA’s online learning model, aligned with College Board curriculum standards for global students.
AP Natural Science courses progress to undergraduate biology, chemistry, physics, environmental science, pre-med, and engineering programs. Qualifying AP scores (3+) grant college credit, advanced placement in lab science courses, and exemption from introductory college science requirements at most U.S. universities.
Courses are available as full-time or part-time options, with flexible pacing for AIA students. Students may combine foundational high school science with AP-level courses, and follow a sequential progression (e.g., Biology → AP Biology) or take standalone AP science courses for non-STEM majors.
Most AP Science exams are 2–3 hours long, with multiple-choice (50% of score) and free-response (50% of score) sections, externally assessed annually in May. For example:
AP Biology: 3 hours total. Section 1: 90-minute multiple-choice (60 questions, 50% of score). Section 2: 90-minute free-response (6 questions, 50% of score).
AP Chemistry: 3 hours 15 minutes total. Section 1: 90-minute multiple-choice (60 questions, 50% of score). Section 2: 105-minute free-response (7 questions, 50% of score).
The course gives you the opportunity to experience science within the context of your general high school education. You will study physics (forces and motion, electricity, waves, energy resources and transfers, solids/liquids/gases, magnetism and electromagnetism, radioactivity, astrophysics); biology (cell biology, genetics, ecology, physiology, marine biology, life science); chemistry (atomic structure, chemical reactions, organic chemistry, lab techniques); environmental science, earth and space science, and physical science. Students will learn about unifying patterns and themes in science and use them in new and changing situations. They will acquire knowledge and understanding of scientific facts, terminology, concepts, principles, and practical lab techniques, with virtual lab components adapted for online learning.
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