Evolution matric - Study guides, Study notes & Summaries

◦ Notes cover all assessable content for IEB final matric examinations. ◦ Includes: Population Ecology, Endocrine system, Flower reproduction, Animal reproduction strategies, Human reproduction, DNA, Meiosis, Genetics , Genetic engineering, evolution, and hominid studies. ◦ Notes were made according to the official SAGS document, and hence includes all possible content for both Life Science IEB papers without any unnecessary information.

Microbiology Exam 2 uiowa Knudtson Questions With Correct Revised Answers What kind of cells can viruses infect? - answerviruses infect every type of cell, including bacteria, algae, fungi, protozoa, plant, and animals Are viruses alive? - answertwo sides of the debate: 1. since viruses are unable to replicate independently from the host cell, so no, not alive 2. even though viruses do not exhibit most of the life processes of cells, they can direct them, so more than inert (lacking stren...

The Evolution and human evolution section in matric fully summarised with diagrams and in depth explanations which are easy to read and understand. This section is usually the hardest in finals and my summaries explain it better than other summaries

Matric biology ieb syllabus evolution notes

Summaries and notes to be used in conjunction with your text book. Covers sections of: DNA / meiosis, genetics, genetic engineering, human evolution, population ecology, human reproduction, endocrine system. I achieved 95% for life sciences.

Summarised notes of 'Evolution by Natural Selection'

This document includes the first two lectures in Bio 224. I enjoyed this class, and I created really good notes for myself to study off of, and I want to share them with other u of s students. Includes the origin of animals, hallmarks of multicellularity, fertilization, and origins of adult tissues and organs in the three primary tissue layers

Summarised notes of 'Human Evolution'

A power point created by a 2021 IEB matric student. Notes consist of: Genes and alleles; Zygosity; Type of genes; Gregor Mendel & his research; Mendel's Laws; Genetic diagrams; Predicting genotypes; Test crosses & monohybrid crosses; Sex chromosomes & sex-linked diseases; Polygenic inheritance; Gene mutations & genetic bottlenecks (also needed later in evolution); Pedigrees; Genetic engineering (GE); Manufacturing of insulin; Gene therapy; GMOs, GM crops and selective breeding.