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YEAR 10 BIOLOGY BASELINE TEST 2021

Total questions: 40

Worksheet time: 1hrs 20mins

Name
Class
Date
1.

A living organism, X, can make its own food, get rid of toxic materials, and detect and respond to stimuli. What other four processes must organism X carry out to stay alive?

a)

excretion, growth, movement, sensitivity

b)

excretion, growth, nutrition, respiration

c)

growth, movement, reproduction, respiration

d)

movement, reproduction, respiration, sensitivity

2.

Biology is the study of living things. Which characteristic applies to all forms of life?

a)

able to move from place to place

b)

able to reproduce

c)

carry out photosynthesis

d)

possess a nervous system

3.

The diagram shows how a seed changes after it is planted in soil and watered. Which characteristics of living things are demonstrated by this sequence?

a)

excretion and growth

b)

growth and sensitivity

c)

nutrition and reproduction

d)

nutrition and sensitivity

4.

The diagram shows a leaf on a plant. Which characteristic of life is represented by this diagram?

a)

excretion

b)

nutrition

c)

respiration

d)

sensitivity

5.

Some of the processes carried out by living organisms are illustrated in this diagram.

Which of the below correctly describes the characteristics shown by living organisms in the diagram above?

a)

W: Respiration

X: Photosynthesis

Y: Respiration

b)

W: Respiration

X: Respiration

Y: Nutrition

c)

W: Photosynthesis

X: Respiration

Y: Excretion

d)

W: Respiration

X: Excretion

Y: Nutrition

6.

Yeast, glucose, and water are mixed in a test-tube.

The diagram given shows the test-tube at the start and after two hours.

Which process causes this change?

a)

Reproduction

b)

Respiration

c)

Growth

d)

Sensitivity

7.

The equation shown represents a chemical process that occurs in the cells of living organisms.

Which characteristics of living organisms would this equation be associated with?

a)

Nutrition : Yes

Respiration : Yes

b)

Nutrition : No

Respiration : Yes

c)

Nutrition : No

Respiration : No

d)

Nutrition : Yes

Respiration : No

8.

Some lizards detach their tails when threatened by a predator.

Which characteristic is shown?

a)

excretion

b)

growth

c)

reproduction

d)

sensitivity

9.

The diagram shows different types of cells.

Which structure do all these cells have?

a)

Cell membrane

b)

Cell wall

c)

Chloroplast

d)

Nucleus

10.

The diagram shows a male gamete.

Which term describes the level of organisation of this gamete?

a)

Organ

b)

Cell

c)

Organism

d)

Tissue

11.

The diagram shows a student’s drawing of two guard cells. Which label line is not correct?

a)

A : chloroplast

b)

B : cell membrane

c)

C : vacuole

d)

D : cell wall

12.

How does a liver cell differ from a palisade cell?

a)

A liver cell has a membrane.

b)

A liver cell has a vacuole.

c)

A liver cell has no cell wall.

d)

A liver cell has no cytoplasm.

13.

Which structures have the main function of transport?

a)

P and R

b)

P and S

c)

Q and R

d)

Q and S

14.

Which description of the heart is correct?

a)

The heart is an organ, containing several systems, which forms part of the circulatory tissue

b)

The heart is an organ, containing several tissues, which forms part of the circulatory system.

c)

The heart is a system, containing several organs, which form part of the circulatory tissue.

d)

The heart is a system, containing several tissues, which form part of the circulatory organ.

15.

The diagram shows a plant cell.

Which features show that it is a plant cell?

a)

It has a cell wall and a vacuole

b)

It has a nucleus and cytoplasm.

c)

It has a nucleus but no chloroplasts

d)

It has chloroplasts but no vacuole.

16.

The diagram shows a specialized cell cut in half.

What does this diagram indicate about the structure of this cell?

a)

The cell has a cell wall

b)

The cell is concave on each side.

c)

The cell is long and thin.

d)

The cell is red and carries oxygen.

17.

Which diagram shows chloroplasts in their correct position in a plant cell?

a)

A

b)

B

c)

C

d)

D

18.

The cell shown in the diagram has been magnified 3000 times. The diagram is 21mm wide.


What is the actual diameter of the cell?

a)
b)
c)
d)
19.

The photomicrograph shows part of an animal cell. What is the structure labeled X?

a)

chloroplast

b)

mitochondrion

c)

ribosome

d)

vacuole

20.

The diagram shows two cells. Which process can be carried out by only one of these cells?

a)

controlling the chemical reactions in the cell

b)

controlling the movement of substances into the cell

c)

making starch inside the cell

d)

using glucose inside the cell

21.

The diagram shows part of the skin. What is the correct level of organisation for the skin?

a)

cell

b)

organ

c)

organ system

d)

tissue

22.

Why do some root cells have root hairs?

a)

for the maintenance of the temperature of the cell sap

b)

to increase the surface area of the cells

c)

to increase the volume of the cell sap

d)

to provide a place for cell nuclei

23.

The diagram shows a fly. The line XY represents the length of the wing. The length of XY is 26mm. The actual size of the wing between XY is 4mm. What is the magnification of the image?

a)

x0.15

b)

x6.5

c)

x22

d)

x104

24.

The length of a specimen in a photograph is 45mm. Its actual length is 25mm. What is the magnification of the photograph?

a)

x0.6

b)

x1.6

c)

x1.8

d)

x1125

25.

Which part of a plant root hair is partially permeable?

a)

the cell sap

b)

the cell surface membrane

c)

the cell vacuole

d)

the cell wall

26.

The diagram shows a test-tube containing clear jelly. A drop of blue ink is injected into the middle of the jelly. The blue color of the ink spreads throughout the jelly.


By which process does the blue ink spread through the jelly?

a)

active transport

b)

catalyst

c)

diffusion

d)

osmosis

27.

The diagram represents the molecules in two solutions on either side of a partially permeable membrane.

In which directions are the net movements of the molecules?

a)

Solute molecules move from left to right.

b)

Solute molecules move from right to left

c)

Water molecules move left to right

d)

Water molecules move from right to left

28.

Which statements are correct for both diffusion and osmosis?

a)

A

b)

B

c)

C

d)

D

29.

Which process occurs by osmosis?

a)

plant roots absorbing mineral ions from the soil

b)

plant roots absorbing water from the soil

c)

the small intestine absorbing fatty acids into the blood

d)

the small intestine absorbing glucose into the blood

30.

The diagram shows a cell.

Which type of cell does the diagram show?

a)

an animal cell in a concentrated solution of salts

b)

an animal cell in pure water

c)

a plant cell in a concentrated solution of salts

d)

a plant cell in pure water

31.

The scent from a bunch of flowers spreads throughout a room.

How does the scent spread?

a)

by conduction

b)

by diffusion

c)

by osmosis

d)

by transpiration

32.

Osmosis is defined as the diffusion of water molecules

a)

down their concentration gradient through a partially permeable membrane

b)

down their concentration gradient through a permeable membrane.

c)

up their concentration gradient through a partially permeable membrane

d)

up their concentration gradient through a permeable membrane

33.

Which is an example of active transport?

a)

carbon dioxide entering the leaf

b)

ion uptake by root hair cells

c)

oxygen moving from the alveoli into the blood

d)

water uptake by root hair cells

34.

A jar of air was placed upside down on top of a jar containing a brown gas as shown.

Which process has taken place?

a)

diffusion both upwards and downwards

b)

diffusion downwards only

c)

diffusion upwards only

d)

diffusion and osmosis

35.

Which diagram shows the changes in appearance of a plant cell when it remains in a concentrated sugar solution for thirty minutes?

a)
b)
c)
d)
36.

The diagram shows a plant cell.

What is the appearance of this cell after it has been placed in pure water for 30 minutes?

a)
b)
c)
d)
37.

A student cuts out four pieces of carrot root of equal size. The pieces are treated as shown in the diagram and then left for two hours.

After two hours, which piece of carrot will be the smallest?

a)
b)
c)
d)
38.

The diagrams show how a cell appears under the microscope at the start of an experiment and after it has been placed in a dilute solution of salts for 5 minutes

Which statement explains what happens?

a)

Dissolved salts enter the cell by diffusion.

b)

Dissolved salts leave the cell by diffusion.

c)

Water enters the cell by osmosis.

d)

Water leaves the cell by osmosis.

39.

The drawing is a magnified human liver cell.

What is structure X?

a)

cytoplasm

b)

mitochondrion

c)

nucleus

d)

rough endoplasmic reticulum

40.

Which statement describes how young plants are supported?

a)

the pressure of water inside the cell pressing outwards on the cell membranes

b)

the pressure of water inside the cell pressing outwards on the cell wall

c)

the pressure of water passing from the roots through phloem

d)

the pressure of water passing from the roots through xylem