TutorPeak’in AP Biyoloji kursu, biyolojik bilimlerin temel prensiplerini derinlemesine incelemek isteyen öğrenciler için hazırlanmıştır. College Board müfredatına tam uyumlu bu kurs; hücre yapısı, genetik, evrim, ekosistemler ve biyolojik sistemlerin düzenlenmesi gibi konuları kapsamlı şekilde işler.
Öğrenciler, deneysel verileri analiz etme, biyolojik modelleri yorumlama ve bilimsel açıklamalar yapma becerilerini geliştirerek üniversite düzeyinde biyolojiye ve tıp, biyoteknoloji gibi alanlara sağlam bir temel oluştururlar. Kurs, çoktan seçmeli sorular ve açık uçlu (FRQ) sınav pratiği ile AP Biyoloji sınavına tam hazırlık sağlar.
Kazanımlar:
Hücre yapısı, organeller ve zar geçiş mekanizmaları
Hücresel enerji süreçleri: fotosentez ve solunum
Mendel genetiği, DNA, RNA ve protein sentezi
Doğal seçilim, evrim ve türleşme süreçleri
Ekoloji, hayvan davranışları ve çevresel etkileşimler
Biyolojik sistemlerde homeostazi ve geri bildirim mekanizmaları
Öne Çıkan Özellikler:
AP müfredatına uygun kavramsal ders içerikleri
Veri analizi ve bilimsel akıl yürütme egzersizleri
✍️ Açık uçlu (FRQ) sorularla pratik ve model cevaplar
Konu bazlı ilerleme ile kavram pekiştirme
Öğrenci ilerleme takibi ve sınav hazırlık ölçümleri
Kimler İçin Uygun:
10–12. sınıf öğrencileri için uygundur. AP Biyoloji sınavına hazırlanan ve biyoloji, tıp, biyoteknoloji veya çevre bilimleri gibi alanlarda ilerlemeyi hedefleyen öğrenciler için idealdir.
Sunulan Diller:
Türkçe | İngilizce
Eğitim Özellikleri
- Dersler 48
- Sınav 1
- Süre 25 weeks
- Yetenek seviyesi All levels
- Dil English
- Öğrenciler 42
- Başarı Belgesi Hayır
- Değerlendirme Evet
- 7 Sections
- 48 Lessons
- 25 Weeks
- Quiz1
- Evolution and the Unity and Diversity of Life- Understand natural selection as the mechanism driving evolution and adaptation - Analyze evidence supporting evolution from multiple scientific disciplines - Explain how species diversity arises through evolutionary processes6
- 2.11.1 Introduction to Evolution and Natural Selection
- 2.21.2 Evidence for Evolution: Fossil Record, Comparative Anatomy, and Molecular Biology
- 2.31.3 Population Genetics and Hardy-Weinberg Equilibrium
- 2.41.4 Mechanisms of Evolution: Mutation, Gene Flow, Genetic Drift, and Selection
- 2.51.5 Speciation and Biodiversity
- 2.61.6 Phylogenetics and the Tree of Life
- Biological Systems and Energy- Master the principles of thermodynamics and energy transfer in living systems - Understand cellular respiration and photosynthesis as complementary energy processes - Analyze how organisms maintain homeostasis through feedback mechanis6
- 3.12.1 Thermodynamics and Free Energy in Biological Systems
- 3.22.2 Cell Structure and Membrane Transport
- 3.32.3 Enzymes and Metabolic Pathways
- 3.42.4 Cellular Respiration: Glycolysis, Krebs Cycle, and Electron Transport Chain
- 3.52.5 Photosynthesis: Light-Dependent and Light-Independent Reactions
- 3.62.6 Homeostasis and Feedback Regulation
- Living Systems Store, Retrieve, and Transmit Information- Explain DNA structure, replication, and the central dogma of molecular biology - Understand gene expression regulation in prokaryotes and eukaryotes - Analyze patterns of inheritance and genetic variation7
- Biological Systems Interact- Understand cell communication through signal transduction pathways - Analyze interactions between organisms in ecosystems - Explain how biological systems respond to environmental changes7
- 5.14.1 Cell Communication and Signal Transduction
- 5.24.2 Cell Cycle and Mitosis
- 5.34.3 Meiosis and Sexual Reproduction
- 5.44.4 Nervous and Endocrine System Coordination
- 5.54.5 Immune System Function and Response
- 5.64.6 Ecology: Population Dynamics and Community Interactions
- 5.74.7 Ecosystem Energy Flow and Nutrient Cycling
- Scientific Investigation and Laboratory Skills- Develop experimental design and data analysis skills required for the AP Biology exam - Practice interpreting graphs, charts, and experimental results - Master the 13 AP Biology lab investigations and inquiry-based approaches15
- 6.15.1 Scientific Method and Experimental Design
- 6.25.2 Data Analysis and Statistical Reasoning
- 6.35.3 Lab Investigation 1: Artificial Selection
- 6.45.4 Lab Investigation 2: Mathematical Modeling (Hardy-Weinberg)
- 6.55.5 Lab Investigation 3: Comparing DNA Sequences (BLAST)
- 6.65.6 Lab Investigation 4: Diffusion and Osmosis
- 6.75.7 Lab Investigation 5: Photosynthesis
- 6.85.8 Lab Investigation 6: Cellular Respiration
- 6.95.9 Lab Investigation 7: Cell Division (Mitosis and Meiosis)
- 6.105.10 Lab Investigation 8: Biotechnology (Bacterial Transformation)
- 6.115.11 Lab Investigation 9: Biotechnology (Restriction Enzyme Analysis)
- 6.125.12 Lab Investigation 10: Energy Dynamics
- 6.135.13 Lab Investigation 11: Transpiration
- 6.145.14 Lab Investigation 12: Fruit Fly Behavior
- 6.155.15 Lab Investigation 13: Enzyme Activity
- AP Biology Exam Preparation and Practice- Master strategies for multiple-choice and free-response questions - Build confidence with timed practice and full-length AP Biology practice exams - Review and reinforce key concepts across all Big Ideas7
- 7.16.1 AP Biology Exam Format and Scoring Overview
- 7.26.2 Multiple-Choice Question Strategies and Practice
- 7.36.3 Free-Response Question Analysis and Techniques
- 7.46.4 Data Analysis and Graphing in Free-Response Questions
- 7.56.5 Practice Test 1: Full-Length Exam with Review
- 7.66.6 Practice Test 2: Full-Length Exam with Review
- 7.76.7 Final Review: High-Yield Topics and Common Pitfalls
