Biology Tutor here to share concise and detailed resources! I have been tutoring for 4+ years and worked as a content creator for various online education sites including MyVideoTutor & Oxbridge Learning
Biology Tutor here to share concise and detailed resources! I have been tutoring for 4+ years and worked as a content creator for various online education sites including MyVideoTutor & Oxbridge Learning
Full GCSE Biology Lesson / Revision Powerpoint on Selective Breeding
A carefully laid out powerpoint covering the main content in easy to understand slides, including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint.
Includes:
What is selective breeding
How is Selective Breeding carried out?
Selective breeding in animals (why is done? for which characteristics? examples of cattle and dogs)
Selective breeding in plants (why is done? for which characteristics? examples of wild brassica)
Problems with Selective Breeding (Inbreeding, inherited defects & new diseases)
Multiple choice questions & Exam Questions
AQA GCSE Biology Revision Powerpoint on Microscopy
Includes:
How to use light microscope & preapre slides
Light microscopes - pros/cons
Electron microscopes - pros/cons
SEM vs. TEM
Comparrison table of light vs. electron microscope
How to do magnification calculations with examples
How to convert between units
How to use standard form
AQA GCSE Biology Unit 1 Revision powerpoint for Cell Differentiation and Cell Specialisation
Includes:
Explanation of Cell Differentiation and Cell Specialisation
The differences between animals and plants
Specialised animal cells - muscle, nerve & sperm
Specialised plant cells - root hair, xylem, phloem
Summary
A lesson / revision powerpoint covering all information needed for Required Practical 2 for GCSE Biology
Required Practical 2 - Investigate the effect of antiseptics or antibiotics on bacterial growth using agar plates and measuring zones of inhibition
This powerpoint covers AT 1 (use appropriate apparatus to record length and area), AT 3 (use appropriate apparatus and techniques to observe and measure the process of bacterial growth), AT 4 (safe and ethical use of bacteria to measure physiological function and response to antibiotics and antiseptics in the environment), AT 8 (the use of appropriate techniques and qualitative reagents in problem-solving contexts to find the best antibiotic to use or the best concentration of antiseptic to use) and includes all practical and mathmatical skills required at GCSE
As always there is a walkthough of past paper practise questions at the end to test your knowledge
A lesson / revision PowerPoint covering all information needed and containing informative slides and practise questions
Required Practical 7 - Plan and carry out an investigation into the effect of a factor on human reaction time
This powerpoint covers AT 1 (use appropriate apparatus to record time), AT 3 (selecting appropriate apparatus and techniques to measure the process of reaction time), AT 4 (safe and ethical use of humans to measure physiological function of reaction time and responses to a chosen factor) and includes all practical and mathmatical skills required.
The powerpoint covers:
Background on responding to stimuli (receptors, coordination centres, effectors, response etc.) and which parts of the body are invovled
Required apparatus
A suitable method
Biology behind what is happening
A look at the variables in this experiment
A suitable results table to record data
Safety concerns & improvements
Past paper exam questions
Summary
A lesson / revision PowerPoint covering all information needed and containing informative slides and practise questions
Required Practical 8 - Investigate the effect of light or gravity on the growth of newly germinated seedlings
This powerpoint covers AT 1 (use appropriate apparatus to record length and time), AT 3 (selecting appropriate apparatus and techniques to measure the growth of shoots or roots), AT 4 (safe and ethical use of plants to measure physiological function of growth in response to light or gravity), AT 7 (observations of biological specimens to produce labelled scientific drawings) and includes all practical and mathmatical skills required.
The powerpoint covers:
Background on phototropisms and geotropisms
Aim
Required apparatus
A suitable method
A suitable results table to record data
A look at the variables in this experiment
How to draw biological drawings
Past paper exam questions
Summary
Full GCSE Biology Lesson / Revision Powerpoint on The Carbon & Water Cycles
A carefully laid out powerpoint covering the main content in easy to understand slides, including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint.
Includes:
Cycles in Biology (the role of autotrophs, decomposers and detrivores, the cycling of nutrients)
The Water Cycle (evaporation & precipitation)
The importance of the water cycle
The carbon cyle (photosynthesis, respiration & combustion)
The future of the carbon cycle (how humans are upsetting the balance by releasing more CO2)
Exam Practise
Full GCSE Biology Lesson / Revision Powerpoint on Intro to Ecology (Communities, Competition and Biotic & Abiotic Factors)
A carefully laid out powerpoint covering the main content in easy to understand slides, including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint.
Includes
Ecology Key Terms
Ecosystems, Communities and Competition
What is interdependence?
Stable communities
Abiotic and Biotic Factors
Food webs
Need another lesson from this topic? Check out our other downloads below:
Save with the Unit 7 Lessons BUNDLE
1 - Intro to Ecology
2 - Adaptations
3 - Food Chains & Predator Prey Cycles
4 - Trophic Levels & Pyramids of Biomass
5 - Quadrats & Transects
6 - The Carbon & Water Cycles
7 - Decay
8 - Biodiveristy & Waste Management
9 - Land Use & Deforestation
10 - Global Warming & Maintaining Biodiveristy
11 - Food Security, Farming & Fishing
12 - Biotechnology
Searching for lessons from other GCSE Biology topics? Find them all below:
Unit 1 - Cell Biology
Unit 2 - Organization
Unit 3 - Infection & Response
Unit 4 - Bioenergetics
Unit 5 - Homeostasis & Response
Unit 6 - Inheritance, Variation & Evolution
Unit 7 - Ecology
A 2 page worksheet designed for AQA GCSE Biology
Worksheet is designed to accompany my lesson / revision powerpoint on this topic avaialbe for purchase here
Worksheet is designed to take 10-15 minutes and be suitable for all abilities
A complete no-prep powerpoint teaching about kinetic energy with walk-through calculations and a 2 page worksheet with answers included.
The powerpoint contains:
What is kinetic energy?
The Ek = ½ m V2 equation
How to calculate kinetic energy with worked examples
How to rearrange the equation to calculate mass and velocity with worked examples
Summary slide
The worksheet is 2 pages containing a gap fill exercise on kinetic energy stores, a recall question on the equation and many practise questions for using the equation and rearranging it too.
Check out our other resources for Physics, Biology, Chemistry and Geography here.
Full GCSE Biology Lesson / Revision Powerpoint on The Endocrine System and Negative Feedback
A carefully laid out powerpoint covering the main content in easy to understand slides, including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint.
Includes:
What is the endocrine system?
Location of main glands in the human body and the hormones they produce
The endocrine system vs. the nervous system
The Pituitary Gland & hormones it releases
The role of adrenaline in increasing heart rate
The role of thyroxine in metabolism and the concept of negative feedback
Full GCSE Biology Lesson / Revision Powerpoint on Cloning
A carefully laid out powerpoint covering the main content in easy to understand slides, including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint.
Includes:
What is Cloning?
Types of cloning
* Cuttings
* Tissue Cultures
* Embryo Cloning
* Adult Cell Cloning
Risks and benefits of cloning
Full GCSE Biology Lesson / Revision Powerpoint on Fossils
A carefully laid out powerpoint covering the main content in easy to understand slides, including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint.
Includes:
Fossil Formation (the 3 ways fossils can form)
Using fossils to explain evolution (identifying how organisms have and haven’t changed over time e.g. horses vs. sharks)
Why the fossil record is incomplete
Extinction
Factors causing extinction
* New Diseases
* New Predators
* New Competitors
* Physical Factors (Ice Age, Drought, Flooding)
* Catastrophic Events
Exam Questions
Full GCSE Biology Lesson / Revision Powerpoint on Antibiotic Resistance
A carefully laid out powerpoint covering the main content in easy to understand slides, including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint.
Includes:
What are antibiotics?
Why antibiotics don’t work against viruses
How antibitoic resistance arises
MRSA
How to reduce the rate of development of antibiotic resistant strains
Exam Practise with model answers
Full GCSE Biology Lesson / Revision Powerpoint on Homeostasis & Body Temperature
A carefully laid out powerpoint covering the main content in easy to understand slides, including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint.
Includes:
An introduction to homeostasis
Hormonal vs. Neuronal control
Concept of stimulus --> receptors --> coordinators --> effectors --> response
Effectors (Glands & Muscles)
Controlling body temperature
* The role of the brain
* Vasoconstriction & Vasodilation
* Sweating
* Hairs on skin
* Shivering
A detailed summary sheet of all knowledge required by the specification for AQA A-Level Biology. The sheet breaks down the areas of proteins from the Biological Molecules topic that students need to understand about:
Characteristics
Structure of an Amino Acid
Formation of a peptide bond
Primary, Secondary, Tertiary and Quaternary structure of proteins
Fibrous vs. globular proteins
Insulin, haemoglobin and antibodies as examples
A detailed look at collagen, its structure and properties
The Biurets Tests
Proteins and maths
Full GCSE Biology Lesson / Revision Pyramids of Biomass & Trophic Levels
A carefully laid out powerpoint covering the main content in easy to understand slides, including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint.
Includes:
Trophic Levels
How to read Pyramids of Biomass and key features
Why is there energy loss between trophic levels (not all eaten, not all absorbed, faeces, respiration etc.)
Working with biomass (concept of dry biomass)
Calculating efficiency of biomass transfers
Drawing pyramids of biomass
Decomposers
Exam Practise
A huge list of over 125 quick questions to test knowledge of the Cell Biology topic
This includes the topics of:
Cell Structure (prokaryotes, eukaryotes, organelles etc.)
Cell Specialisation (specialzied cells, muscle cells, sperm cells, nerve cells, root hair cells, xylem & phloem)
Microscopy (parts of a microscope, magnification vs. resolution, light microscopes, SEM vs. TEM, magnification calculations, convering units)
Culturing Microorganisms (bacterial cell divison, agar plants, aseptic techniques, calculating mean division time of bacteria)
Mitosis & Cell Cycle (genes, alleles, chromatids, haploid vs. diploid, cell cycle, mitosis, interphase, mitotic index, cancer)
**Stem Cells **(embryonic vs. adult stem cells, meristem cells, therapeutic cloning, uses of stem cells)
Diffusion (definitions, concentration gradients, ways molecules cross membranes, examples of adaptations for diffusion in small intestine, alveloi, gills of fish, leaves and root hair cells of plants)
Osmosis (definitions, dilute vs. concentrated solutions, solute vs. solvent sports drinks)
Active Transport (using energy, against concentration gradients, examples in plants and animals)
Need lessons for Cell Biology? See lessons available for download below:
1 - Cell Structure
2 - Cell Specialisation & Differentiation
3 - Microscopy
4 - Culturing Mircoorganisms
5 - Chromosomes, Mitosis & Cell Cycle
6 - Stem Cells
7 - Transport in cells #1 - Diffusion
8 - Transport in cells #2 - Osmosis & Active Transport
Looking for lessons from other topics? Visit each topic using the links below:
Unit 1 - Cell Biology
Unit 2 - Organization
Unit 3 - Infection & Response
Unit 4 - Bioenergetics
Unit 5 - Homeostasis & Response
Unit 6 - Inheritance, Variation & Evolution
Unit 7 - Ecology
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