Grade 11 Biology Exam Review SBI3U1 PDF
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Uploaded by EnrapturedBinary5281
2025
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This document is a review of Grade 11 Biology topics, including diversity of living things, animal structure and function, and genetic processes. It covers concepts like classification, circulatory and respiratory systems, and genetic processes such as DNA structure, cell division, and heredity.
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Grade 11 Biology Exam Review SBI3U1 Diversity of Living Things Exam Topics Animals: Structure and Function Exam Topics 1) Diversity...
Grade 11 Biology Exam Review SBI3U1 Diversity of Living Things Exam Topics Animals: Structure and Function Exam Topics 1) Diversity 1) Circulatory System: ​ Importance of diversity & threats to diversity ​ Components of Blood 2) Classification: ​ Blood Type Compatibility ​ Taxonomic System (DKPCOFGS) ​ Structures and Function of heart components (valves, atria, ventricles, ​ Binomial Nomenclature aorta, vena cava, etc.) and of blood vessels (arteries, veins, capillaries) ​ Dichotomous Keys ​ Pathway of Blood ​ Kingdoms and domains ​ Cardiac output ​ Determining how species are related (cladograms etc.) ​ Intrinsic Control of the heartbeat ​ Heart Sounds and b;ood pressure 3) Eukaryotic versus Prokaryotic cells ​ Cardiovascular Health, Diseases and Treatments ​ Eukaryotic Evolution - Endosymbiosis Theory 2) Respiratory System: 4) Viruses: ​ Structures and Functions of the respiratory system components ​ Characteristics ​ Pathway of oxygen ​ Infectious Cycles (lytic & lysogenic) → know steps ​ Mechanisms of Breathing (Inhaling and Exhaling) 5) Kingdoms - Bacteria, Archaea, Protists, Fungi and Animals (be able to classify, ​ Lung Capacity & Spirometer readings (spirographs) explain reproduction and special features of each) ​ Regulation of Breathing ​ Diseases/Conditions affecting the lungs (including effects of smoking) and Treatments 6) Antibiotic Resistance ​ Effect of partial pressures on gas exchange and body responses 7) Biotech and Phages (including effect of altitude) ​ Interaction of respiratory and circulatory systems Genetic Processes Exam Topics 3) Digestive System: 1) DNA Structure ​ Structures/Organs and Functions of the digestive system components ​ Key terms; Structure of DNA; Complementary Base Pairing -​ Including accessory organs (liver, pancreas, gallbladder) 2) Chromosomes ​ Path of food along the system: ​ Haploid vs. Diploid - Mechanical Digestion & Chemical Digestion ​ Autosomes vs. sex chromosomes (and sex determination) - Enzymes (location, what they break down, products of enzyme ​ Homologous chromosomes action) 3) Cell Division: ​ Diseases/Conditions affecting the digestive system (including ulcers, ​ Cell Cycle, Mitosis & Meiosis (Phases, Purpose, Key terms) vomiting & diarrhea) and treatments ​ Comparing mitosis and meiosis 4) Karyotypes (be able to interpret) ***Know diagrams for the heart, overall respiratory system, and overall 5) Abnormal meiosis (nondisjunction: trisomy, monosomy) digestive system*** 6) Heredity: ​ Gregor Mendle: Evolution Exam Topics -​ Laws (Segregation and Independent assortment) 2) Darwin’s Voyage & Observations: -​ Monohybrid and Dihybrid Crosses ​ Biogeography, Fossils, Bird Collections, Island Inhabitants ​ Alleles, Genotypes, Phenotypes 3) The Evidence for Evolution ​ Inheritance: ​ homologous and analogous features, embryonic evidence, Vestigial o​ complete dominance (dominant vs. recessive), co-dominance, feature, fossil record, DNA incomplete dominance 4) Natural Selection o​ sex-linked inheritance & autosomal inheritance ​ Definition o​ multi-trait inheritance(blood types) ​ Types of Selection (directional, stabilizing, disruptive, sexual) ​ Pedigree Analysis ​ Adaptations & role of the environment/niches ​ Blood types 5) Artificial Selection and Sexual Selection ​ Punnett Squares ​ Purpose, examples 7) Genetic Engineering ​ Sexual dimorphisms ​ Behavioural displays and Male-versus-male competition 6) Factors that Change Allele frequencies ​ Gene pool, allele frequencies ​ Genetic Drift: - Bottleneck Effect, Founder Effect (explanation and diagrams) ​ Mutations 7) Speciation ​ Pre-zygotic and Post-zygotic Reproductive Isolating Mechanisms (know the specific types) 8) Patterns of Evolution (adaptive radiation, divergent evolution, convergent evolution, coevolution)