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Use the keywords to help you fill in a summary of each topic in B1.
Then: create revision cards for each topic by defining the keywords/phrases
Fitness and Health
Blood pressure - Systolic, diastolic
Arteries
Fitness and ways to measure it
Health
Stroke – effects of high blood pressure
Heart disease, heart attack
Cholesterol
Plaque, thrombosis
Smoking and blood pressure
Coronary artery disease, thrombosis
Carbon monoxide
Drugs and You
5 types of drugs
Addiction, withdrawal
Class A, B, C and punishment
Stimulants, Depressants
Effect on symanpses
Smoking, drinking and effects
Smokers cough, cilia, mucus
Goblet cells
Alcohol and liver cirrhosis
Human Health and Diet
Balanced diet and uses of foods
Different diets, eg vegetarian
Carbohydrates – glucose
Proteins- amino acids
Fats – fatty acids & glycerol
Storage of foods
Staying Healthy
Microorganisms
Pathogens
Infectious disease
Contagious
Vector, host, parasite
First & Second class proteins
Scurvy, anaemia, cancer
Mycoprotein (Quorn)
BMI
EAR & why different EARs
Kwashiorkor
White blood cells, antibodies
Vaccination, antigen
Antibiotics, resistant bacteria
Active, passive immunity
Placebo, drug testing, blind
Staying in Balance
Homeostasis
Controlling plant growth
Plant hormones, auxin
Tropisms – photo, geo
Negative, positive tropisms
Ripening, fruit, flowers
Uses of plant hormones
Ethene, gibberelic acid
Weedkiller – synthetic auxin
Temp, water, blood glucose levels
Shivering, sweating, dehydration
Heat stroke, hyperthermia
Vasoconstriction, vasodilation
Hypothalamus
Hormone
Diabetes, Type 1 &2
Insulin, insulin pump
Malaria, Plasmodium, mosquito
Darwin’s Experiments
The nervous system
Monocular,Binocular vision
Senses, receptor, stimuli
Eye, structure and function
Colour blindness
Accomodation
Short/long sighted, laser
Spinal reflex, CNS
Peripheral nervous system
Sensory, motor, relay
Synapse, acetylcholine
Dendrites
Variation and Inheritance
Genes
Inheritance
Inherited disorders, CF
Chromosomes, DNA, XX/XY
Gametes
Faulty genes, mutations
Phenotype, homozygous, heterozygous
Dominant, Recessive
Genetic diagram
Use the keywords to help you fill in a summary of each topic in B2.
Then: create revision cards for each topic by defining the keywords/phrases
Classification
Kingdoms
Arthropods
Classification
Characteristics
Evolutionary trees
Species
DNA sequencing
Phylum
Habitats
hybrids
Energy Flow
Producers
Consumers
Trophic level
Pyramid of numbers
Pyramid of biomass
Omnivores
Biomass
Photosynthesis
Respiration
Energy transfer/Efficiency
Recycling
Decay
Carbon cycle
Decomposer
Detritivore
Carbon sink
Nitrogen cycle
nitrates
Nitrifying bacteria
Denitrifying bacteria
Nitrogen-fixing bacteria
Interdependence
Population
Competition
Mates, food, space, light
Interspecific competition
Intraspecific competition
Predator
Prey
Mutualism
Parasite
Out of phase fluctuation
Adaptations
Habitat
Adaptation
Surface area
Natural Selection
Evolution
Extinct
Survival of the fittest
Darwin
Genes
Fossils
Inheritance
Natural selection–examples
Lamarck’s Theory
Population and Pollution
Finite
Resources
Global warming
Ozone layer depletion
Acid rain
Exponential growth
Carbon footprint
Pollution
Indicator species
Sustainability
Whaling
Conservation
Captive breeding
Seed bank
Sustainable resources
Sustainable development
Fishing quotas
Managed woodland
Uses of whales
Examples of Physical adaptations
Examples of behaviour adaptations
Defence mechanisms
Specialist
Generalist
Counter-current exchange
Use the keywords to help you fill in a summary of each topic in B3.
Then: create revision cards for each topic by defining the keywords/phrases
Molecules of life
Mitochondria
Muscle cells
Liver cells
Cytoplasm
Ribosomes
Nucleus
Ribosomes
chromosomes
DNA
Proteins and mutations
Amino acids
Enzymes
Collagen
Haemoglobin
Insulin
Catalyst
Active site
Optimum
denature
Respiration
Aerobic
Oxygen debt
Anaerobic
Lactic acid
cramp
Cell division
Mitosis
Diploid
Haploid
Cell differentiation
Multicellular
Growth
repair
Gametes
DNA replication
meiosis
Circulatory system
Blood
Plasma
White blood cells
Platelets
Arteries, capillaries, veins
Heart
Atrium, ventricle, valves
Aorta, pulmonary vein
Growth and development
Cell membrane
Cell wall
Chloroplasts
Vacuole
Bacteria
Growth curve
Differentiation
Stem cells
New genes for old
Selective breeding
Genetic engineering
Gene transfer
Resistance
Allele/gene
Gene therapy
Genetically modified
organism
Cloning
Clone
Asexual reproduction
Plantlets, tubers, runners
Tissue culture
Cutting
Nuclear transfer
Dolly
Aseptic technique
Use the keywords to help you fill in a summary of each topic in B4.
Then: create revision cards for each topic by defining the keywords/phrases
Ecology
Biodiversity
ecosystems - natural/artificial
Habitat
Community
Population
Kite diagram
Zonation
Collect/identify organisms (methods)
Capture-recapture
Transport in plants
Evaporation
Transpiration,
Xylem
Phloem Vascular bundle
Root hair cell
Stomata
Lignin
Rate of transpiration, control
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Photosynthesis
Chlorophyll
Soluble/insoluble sugars
Equation for photosynthesis
Uses of glucose
Two stage process of
photosynthesis
Enzymes and summer growth
Experiments to prove
photosynthesis
Limiting factors
Leaves and photosynthesis
Plant cell structure
Leaf structure
Leaf adaptations for
photosynthesis
Raw materials for P/s
Autumn leaves
Absorption of light
Diffusion and Osmosis
Partially permeable membrane
Diffusion
Osmosis
Particles
Concentration
Leaf adaptations for diffusion
Changing the rate of diffusion
Turgor pressure, turgid
Plasmolysis
Crenation, lysis
Minerals
Nitrates
Phosphates
Potassium
Magnesium
Mineral deficiencies
NPK fertiliser
Active transport of minerals
Decay
decay
Decomposers
Detritivores
Detritus
Compost – making
Saprophyte
Preserving food - methods
Farming
Intensive farming
Organic farming
Hydroponics
Insecticides, fungicides,
herbicides
DDT
Biological control
Crop rotation
Use the keywords to help you fill in a summary of each topic in C3.
Then: create revision cards for each topic by defining the keywords/phrases
Rates of Reaction 1
reactants
products
rusting
Reaction time
explosion
Gradient (y/x)
Mass of product formed
Rate - cm3/min or /s
Directly proportional
Limiting reactant
Rates of Reaction 2
Collision theory
concentration
temperature
pressure
mol/dm3
Reacting particles
Kinetic energy
Number of collisions
Collision frequency
Successful collisions
Rates of reaction 3
extrapolation
interpolation
Surface area
catalyst
Specific to a reaction
Aluminium oxide
Rhodium
Unchanged at end
Powdered reactants
Reacting Masses
Relative atomic mass
Relative formula mass
Ar Mr
Periodic table- larger number
Brackets – multiply by outside no.
Table in order of atomic
number
Conservation of mass
Reacting masses calculation
Predicting yield of reaction
Percentage Yield/Atom Economy
Energy
Exothermic
Endothermic
Making bonds
Breaking bonds
temperature
photosynthesis
Activation energy
Combustion
Comparing fuels mxcxT
Batch or continuous?
Small vs large amounts
Ammonia, sulphuric acid
Medical drugs
Flexible - batch
Low cost product – Contin.
Pure chemical tests
TLC
Cost of medicines, trials
Extraction from plants
Allotropes and Nanochemistry
More reactant=more product
Less than 100% yield
Actual yield/predicted yield x 100
profit
Atom economy – amount of
atoms wasted
Mr desired product/Mr all
products x 100
Sustainable and efficient
carbon
Diamond, graphite
buckminsterfullerene
Strong covalent bonds
High melting point
Nanotubes
Nanotubes as catalysts
Giant molecular structures
Quartz (compound giant structure)