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WorksheetsB1 AQA Cell biology
Total questions: 122
Worksheet time: 1hrs 1mins
How many micrometers (um's) are in 1m?
(a)
How many micrometers (um's) are in 1mm?
(a)
How many mm's are in 1m?
(a)
How many cm's are in 1m?
(a)
How many nanometers (nm's) are in 1 micrometer (um) ?
(a)
Which of the following cells are eukaryotes?
Which of the following cells are prokaryotes?
Which cell type is a root hair cell?
Plant
Animal
Fungi
Protist
Bacteria
Which cell type tends to be larger and more complex?
Eukaryotes
Prokaryotes
Which of the following structures are unique to eukaryotic cells? [Tick all that apply]
Nucleus
Mitochondria
Cell membrane
Plasmid
Ribosome
Which of the following structures are unique to prokaryotic cells? [Tick all that apply]
Plasmids
Cell membrane
Nucleus
Ribosome
Cell wall
Which of the following structures do eukaryotic and prokaryotic cells have in common? [Tick all that apply]
Cell membrane
Cytoplasm
Ribosome
DNA
Genes
What are plant and algal cell walls made of?
(a)
What are fungal cell walls made of?
(a)
What component in cell walls, strengthens the cell?
(a)
The following image shows the two types of photosensitive cell found in the retina. What is structure A? (Small, oval shaped, with dashes/lines in them)
(a)
The following image shows the two types of photosensitive cell found in the retina. What is structure B?
(a)
The following image shows the two types of photosensitive cell found in the retina. What is structure C?
(a)
The following image shows the two types of photosensitive cell found in the retina. What is structure D?
(a)
The image below is an example of a specialised cell. What is structure A?
(a)
The image below is an example of a specialised cell. What is structure B?
(a)
The image below is an example of a specialised cell. What is structure C?
(a)
The image below is an example of a specialised cell. Is this cell found in an animal or a plant?
Animal
Plant
The below image is an example of a specialised cell. Is this cell found in an animal or a plant?
Plant
Animal
The below image is an example of a specialised cell. What is structure A?
(a)
The below image is an example of a specialised cell. What is structure B?
(a)
The below image is an example of a specialised cell. What is structure C?
(a)
The below image is an example of a specialised cell. What is structure D?
(a)
The below image is an example of a specialised cell. What is structure E?
(a)
The below image is an example of a specialised cell. What is structure X?
Root hair
Vacuole
Chloroplast
Cell sap
Keratin
Fill in the missing word. "A cell with many mitochondria is specialised to carry out (a) "
Fill in the missing word. "A cell with many chloroplasts is specialised to carry out (a) "
Fill in the missing word. "A cell with many ribosomes is specialised to carry out (a) "
Fill in the missing word. "A cell which makes enzymes, antibodies or other proteins, has many (a) "
Fill in the missing word. "A cell which makes glucose has many (a) "
Fill in the missing word. "A cell which photosynthesises has many (a) "
Fill in the missing word. "A cell which uses glucose to release energy has many (a) "
Fill in the missing word. "A cell which has a high rate of respiration has many (a) "
The image below shows stages in the development of a human. What is the type of cell division which causes this development?
Mitosis
Binary fission
Meiosis
The below diagram shows an animal cell and the part of the contents of its nucleus. What is A?
Nucleus
Cell
Chromosome
Gene
DNA
The below diagram shows an animal cell and the part of the contents of its nucleus. What is B?
Nucleus
Cell
Chromosome
Gene
DNA
The below diagram shows an animal cell and the part of the contents of its nucleus. What is C?
Nucleus
Cell
Chromosome
Gene
DNA
The below diagram shows an animal cell and the part of the contents of its nucleus. What is D?
Nucleus
Cell
Chromosome
Gene
DNA
The below image shows the 3 stages of a cell cycle in an embryonic stem cell. During which stage are the chromosomes duplicated?
Stage 1
Stage 2
Stage 3
The below image shows the 3 stages of a cell cycle in an embryonic stem cell. During which stage are the organelles duplicated?
Stage 1
Stage 2
Stage 3
The below image shows the 3 stages of a cell cycle in an embryonic stem cell. At the start of the cycle there are 6 picograms of DNA in the cell. How many picograms will there be at the end of stage 1?
(a)
The below image shows the 3 stages of a cell cycle in an embryonic stem cell. At the start of the cycle there are 6 picograms of DNA in the cell. How many picograms will there be in one cell created at the end of stage 3?
(a)
The below image shows the 3 stages of a cell cycle in an embryonic stem cell. At the start of the cycle there are 6 picograms of DNA in the cell. How many picograms will there be altogether at the end of stage 3?
(a)
In the image below, what process produces cell A?
Meiosis
Mitosis
Fertilisation
Cloning
Donation
In the image below, what process produces cell B?
Meiosis
Mitosis
Fertilisation
Cloning
Donation
In the image below, what kind of cell division forms the embryo from cell C?
Meiosis
Mitosis
Fertilisation
Cloning
Donation
What kind of transport does the following image display?
(a)
What kind of transport does the following image display?
(a)
What kind of transport does the following image display?
(a)
The following image shows the movement of gasses into and out of a cell. What gas does arrow A represent? [Type your answer as the word, not the chemical symbol]
(a)
The following image shows the movement of gasses into and out of a cell. What gas does arrow B represent? [Type your answer as the word, not the chemical symbol]
(a)
Which of the following cubes has the largest surface area?
A
B
C
D
Which of the following cubes has the largest surface area to volume ratio?
A
B
C
D
The image below shows an exchange surface found in some animals, the alveoli. Which of the following are adaptations of an exchange surface?
a large surface area:volume ratio
a thin membrane
good ventilation
efficient blood supply
a small surface area:volume ratio
By what process do mineral ions move in to root hair cells?
Active transport
Diffusion
Osmosis
