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Transverse waves and the EMS

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

Oscillations in transverse waves are ____________ to the direction of energy transfer.

a)

parallel

b)

perpendicular

c)

randomly

d)

Side to side

2.

Examples of transverse waves are ____________ waves.

a)

sound, microwave, and light

b)

microwave, light and UV

c)

radio, sound, and water

d)

light, sound, and gamma

3.

EMS waves transfer energy as __________ from the source of the waves to an absorber.

a)

ripples

b)

currents

c)

radiation

d)

compressions

4.

EMS waves can travel through a _________ such as in space.

a)

liquid

b)

vacuum

c)

gas

d)

solid

5.

EMS waves travel at _____________ through a vacuum.

a)

the same speed

b)

different speeds

c)

a higher speed as the wavelength increases

d)

a lower speed as the wavelength increases

6.

What speed do EMS waves travel through a vacuum?

a)

3 m/s

b)

3 000 m/s

c)

30 000 m/s

d)

300 000 000 m/s

7.

Electromagnetic waves form a continuous of ________ waves.

a)

series

b)

cluster

c)

pathway

d)

spectrum

8.

EMS waves with a very short wavelength, high frequency have __________ energy

a)

high

b)

low

c)

medium

d)

no

9.

EMS waves with a very long wavelength, low frequency have ________ energy

a)

high

b)

low

c)

medium

d)

no

10.

Red light has the ____________ frequencies of visible light

a)

highest

b)

lowest

c)

second lowest

d)

second highest

11.

violet light has the ___________ frequencies of visible light

a)

highest

b)

lowest

c)

second highest

d)

second lowest

12.

Radio waves do not cause damage if absorbed by the human body.

a)

True

b)

False

13.

The internal energy of the molecules increases when they absorb microwaves, which causes ___________.

a)

cancer

b)

heating.

c)

freezing

d)

corrosion

14.

What is infrared radiation (IR) is used for?

a)

cookers, heaters, and radios

b)

cookers, heaters, and cameras

c)

cameras, remotes, and radios

d)

cancer treatment and sterilising equipment

15.

Ultraviolet light ______________ on the human body.

a)

has only beneficial effects

b)

has no effect

c)

can have hazardous effects

16.

Ultraviolet, X-rays and gamma rays are types of _____________.

a)

long wave radiation

b)

ionising radiation

c)

low frequency waves

d)

low energy waves

17.

Which EMS waves can cause skin to age prematurely and increase the risk of skin cancer?

a)

Microwaves

b)

X-rays

c)

Visible

d)

Ultra-violet

18.

Which EMS waves cause the mutation of genes, which can lead to cancer?

a)

Ultra-violet and X-rays

b)

X-rays and gamma

c)

Microwaves and gamma

d)

Radio and gamma

19.

Exposure to ionising radiation is measured in in what units?

a)

millisieverts (mSv)

b)

seconds (ms)

c)

millimetres (mm)

d)

millihertz (mHz)

20.

What is the annual radiation dose limit for a worker?

a)

2 mSv

b)

20 mSv

c)

200 mSv

d)

2 000 mSv

21.

Background radiation sources include:

a)

Cosmic rays, meteorites, and radioactive rocks in the Earth's core.

b)

nuclear weapons, nuclear power plants, and research accidents.

c)

radioactive rocks, cosmic rays, nuclear weapons and accidents.

22.

The yearly limit for the radiation dose to the whole body of a worker is 20 mSv. Give this value in Sv.

a)

0.02 Sv

b)

0.2 Sv

c)

2.0 Sv

d)

20.0 Sv

23.

Which of the following is NOT a transverse wave?

a)

Gamma

b)

Ultra-violet

c)

Ultra sound

d)

Visible light

24.

Which wave has the lowest amplitude?

a)

1

b)

2

c)

3

d)

2 and 3

25.

Which seismic wave is an example of a transverse wave?

a)

P-waves

b)

S-waves

c)

Water waves

d)

Ultrasound