Hodder Science catalogue 2024 - Flipbook - Page 22
AQA GCSE
Practice Makes Permanent:
300+ Questions
PRINT
Biology: Jo Ormisher
Chemistry: Sam Holyman, Owen Mansfield
Physics: Kimberley Walrond, Darren Forbes
Practise and prepare for AQA GCSE Science with hundreds of topic-based
questions and one complete set of exam practice papers in each book,
designed to strengthen knowledge and prepare students for the exams.
These extensive practice books are perfect for checking knowledge,
strengthening understanding and can be used to support remediation and
catch up, with page references in the margin to the relevant content in our
textbooks (on page 18).
Paperbacks: £9.50 each
Biology • 9781510476424
Chemistry • 9781510476431
Physics • 9781510476455
Combined Science Trilogy: £14.50
9781510476448 (500+ questions)
LE
PLE
MP
SAMPL
1
Cell biology
Cell structure
4.1.1.1
1
What is a 8eukaryotic cell9?
p3
4.1.1.1
2
What is a 8prokaryotic cell9?
p5
4.1.1.1
3
p3
4.1.1.1
4
c?
Are plant cells eukaryotic or prokaryotic?
yotic?
Are bacterial cells eukaryotic or prokaryotic?
p6
4.1.1.2
5
p10
4.1.1.4
6
p12
4.1.1.5
7
p12
4.1.1.5
8
p12
4.1.1.5
9
p15
4.1.1.5
10
why
0. Give the reason wh
Microscopes were first invented in 1590.
mitochondria were not seen until 18400 and ribosomes were not
seen until 1953.
object.
agnification of an ob
Give the formula for calculating the magnification
p11
4.1.1.5
11
ion to find:
Rearrange the equation for magnification
p11
4.1.1.5
Exam-style questions
15
Cell A, magnification ×
12
n 1 metre?
How many of the following are there in
4.1.1.1
p3–5
4.1.1.1
p16
4.1.1.1 WS4.5
p15
4.1.1.5 MS2h,
3b
WS4.5
• millimetres (mm)
MS2h
• micrometres (μm)
• nanometres (nm).
Give your answers in standard form.
p91
4.1.1.6
RP2
13
he area of a circle.
Give the equation used to calculate the
14
Convert these numbers into standard form:
MS5c
4.1.1.6
MS1b
• 456 000
p4–5
4.1.1.2
p3–5
4.1.1.1
• 0.00032
400
p3–6
4.1.1.1
1
Cells are the basic unit of
all living things.
Cells are either eukaryotic
or prokaryotic.
Eukaryotic and prokaryotic
cells have different structures.
16–1 Copy and complete
Table 1 to show the structures
present in
each type of cell.
Put a tick or a cross in each
box.
Prokaryotic
cells only
Cell membrane
Cell wall
Plasmid
Table 1
2
9781510476424_mainboo
k.indd 2
20
Cell B, magnification ×
16
Cytoplasm
READY TO ORDER?
hoddereducation.com/science
education@hachette.co.uk
mitochondrion
15–1 Give the letter of
the prokaryotic cell.
15–2 Describe two ways
that cell A is different from
cell B.
15–3 Cell A is 2 micrometres
(μm) long. Give its length
in millimetres
(mm) and in nanometres
(nm).
15–4 Figure 1 shows cell
A and cell B the same length,
but the
magnification of each cell
is different.
Cell A is 2 μm long. Cell
B is X μm long.
Calculate the length of cell
B.
15–5 Mitochondrion, ribosome
and nucleus are structures
found in eukaryotic cells.
Write the structures in order
of size from smallest to
largest.
15–6 Suggest one reason
why prokaryotic cells do
not have mitochondria.
Use information from Figure
1.
Nucleus
These resources were not entered into the AQA approval process.
40 000
Figure 1
p3
• the image size.
View sample material
from 300+ questions for
AQA GCSE Biology
length = 2 micrometres
resolving power9) of a microscope?
What is meant by the 8resolution9 (or 8resolving
Why can ribosomes not be seen using a light microscope?
• the real size of an object
WS4.4,
4.5
MS1b
Figure 1 shows two cells
labelled A and B. One is
a prokaryotic
cell and one is a eukaryotic
cell.
made of?
hat is their cell wall m
Plant and algal cells have cell walls. What
differentiate mean?
velops. What does diffe
Cells differentiate as an organism develops.
length = X micrometres
Look inside
1 Cell biology
Quick questions
p2
Eukaryotic
cells only
Prokaryotic and
eukaryotic cells
[1]
[2]
[2]
[2]
[1]
Try free for 30 days!
[1]
Total: 9
[3]
Request eInspection
Copies and eBook
trials on our website
