This will test your knowledge and understanding of the 2nd module for the AQA Biology GCSE
Cell membrane
Cell wall
Nucleus
Large vacuole
Nucleus
Ribosomes
Mitochondria
Chloroplasts
Nucleus
Ribosomes
Mitochondria
Chloroplasts
Nucleus
Ribosomes
Mitochondria
Chloroplasts
To stiffen the structure of animal cells
To control what passes into and out of plant cells
To give plant cells a green colour
Resist the outward pressure of a water filled plant cell
Cell membrane width, nucleus, ribosome
Cell wall width, cell membrane, nucleus
Nucleus, ribosome, cell membrane width
Cell membrane width, cell wall width, nucleus
They all contain DNA
They all contain genes
They all contain chromosomes in pairs
They all control the activities of cells
It contains many mitochondria
It contains many membranes
It contains many ribosomes
It contains a large nucleus
It does not move on its own
It contains nurishment for the zygote and embryo
It is an easier target for sprem cells
It contains more genetic information than sperm cells
A cell membrane
Microvilli
Many mitochondria
A thin cell wall
The movement of solution into a more dilute solution
The movement of water into a more dilute solution
The movement of water into a more concentrated solution
The movement of solution into a more concentrated solution
No change will occur
The cell will shrivel up
The cell will burst
The cell will become turgid
Oxygen
Water
Starch
Carbon Dioxide
Light Energy, Oxygen
Water, Oxygen
Water, Carbon Dioxide
Oxygen, Carbon Dioxide
The upper epidermis
The palisade layer
The spongy layer
The guard cells
The upper epidermis
The palisade layer
The spongy layer
The guard cells
The upper epidermis
The palisade layer
The spongy layer
The guard cells
They contain chlorophyll
They contain chlorophyll to absorb sunshine
They contain chlorophyll to absorb light energy
They contain chlorophyll to absorb cabon dioxide
It is a large compound so not readily lost from cells
It is soluble
It is a carbohydrate compound
It is easier to detect in experiments
Distance between light source and plant
Bubbles of oxygen produced per minute
Temperature of the water
Concentration of dissolved carbon dioxide
Distance between light source and plant
Bubbles of oxygen produced per minute
Temperature of the water
Concentration of dissolved carbon dioxide
Categoric
Continuous
Discrete
Control
Categoric
Continuous
Discrete
Control
A bar chart with distance between light source and plant on the x axis
A line graph with distance between light source and plant on the x axis
A bar chart with distance between light source and plant on the y axis
A line graph with distance between light source and plant on the y axis
A decrease in light intensity
An increase in carbon dioxide
An increase in light intensity
Saturation of a plant with light
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