This document discusses types of waves and wave parameters. It begins by outlining the objectives of identifying types of waves, differentiating between them, and identifying wave parameters and dependencies. It then defines waves and introduces two main types: mechanical and electromagnetic waves. Mechanical waves are further divided into longitudinal waves, where particle motion is parallel to the energy propagation, and transverse waves, where particle motion is perpendicular. Five key wave parameters - amplitude, period, frequency, wavelength, and wave speed - are defined and their relationships explored. Examples of different wave types are provided.

1. TYPES OF WAVES ANDTYPES OF WAVES AND
WAVE PARAMETERSWAVE PARAMETERS
Physics  Module 5 
Unit 1  Lesson 1 & 2
BEGINBEGIN

2. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
INTRODUCTION
Waves are created by a
disturbance of a material,
carrying energy away from
the source of the
disturbance.

3. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
OBJECTIVES
At the end of this presentation, you will be able
to:
1.Identify the types of waves
2.Differentiate the types of waves
3.Identify wave parameters
4.Identify which parameters are dependent on
other wave parameters.

4. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
TYPES OF WAVES
Waves can be identified by their physical
appearance as well as their properties. Some
waves are circular or plane in shape.

5. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
TYPES OF WAVES
Some waves are identified according to the
propagation of its particles. Waves can be
classified as:
1.Mechanical
2.Electromagnetic
3.Progressive
4.Standing /stationary

6. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
TYPES OF WAVES
Mechanical waves are waves created by the
disturbance of a material substance or medium
as a result of repeated periodic motion of the
particles of the medium. The energy is
propagated as a result of the motion of the
particles of the medium, but medium remains at
its previous position.
Mechanical waves are classified as:
1.Longitudinal waves
2.Transverse waves

7. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
TYPES OF WAVES
Examples of mechanical waves are:
Sound
Earthquake P –wavesEarthquake P –waves
Tsunamis
Ultrasound
Oscillation of a springOscillation of a spring

8. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
TYPES OF WAVES
Electromagnetic waves are created by repeated
periodic fluctuations of electric and magnetic
fields of the environment. Electromagnetic
waves does NOT require a medium for its
propagation.
They are transverse in nature and travel in a
vacuum with the velocity of light.
Examples of electromagnetic waves are:
1.Radio waves
2.Microwaves
3.Light waves
4.X – rays
5.Thermal radiation.

9. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
TYPES OF WAVES
• Progressive waves are waves where the wave is
moving away from its source.
• Examples of progressive waves are
• electromagnetic waves,
• dropping a stone in water.

10. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
TYPES OF WAVES
Primary or P waves are longitudinal in nature,
where as secondary or S waves are transverse in
nature.

11. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
LONGITUDINAL WAVES
A longitudinal wave is one in which the repeated
periodic motion of the particles are parallel to the
direction of energy of propagation.

12. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
LONGITUDINAL WAVES
• Longitudinal waves are a series of compressions
and rarefaction.
• A compression occurs where some of the wave
particles are moving toward a common point
where pressure and density it at its maximum.
• A rarefaction occurs where the wave particles
are moving away from a common point where
pressure and density are at a minimum.

13. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
LONGITUDINAL WAVES
Examples of longitudinal waves are:
• Sound
• Tsunamis
• Earthquake P – waves
• Ultrasound
• Vibrations in a gas
• Vibration in a spring

14. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
TRANSVERSE WAVES
A transverse wave is one which the repeated
periodic motion of the particles are at right
angles to the direction of the energy of
propagation.

15. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
TRANSVERSE WAVES
Although transverse waves are mechanical
waves, NOT ALL transverse waves require a
medium for its propagation. For example
electromagnetic waves such as light and radio
waves.
Examples of transverse waves are:
1.Vibration of a string
2.Surface water waves
3.Earthquake S-waves

16. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
There are five wave parameters namely:
1.Amplitude
2.Period
3.Frequency
4.Wavelength
5.Wave speed

17. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
• The five wave parameters can be illustrated
using displacement –position or displacement
time graphs.
• Displacement – time graph informs of the
position of wave particle at a given time. It can
be used to display amplitude, frequency and
period of a wave.
• Displacement – position graphs inform of the
position of a certain wave particle. It can be
used to illustrate amplitude and wavelength of
a wave.

18. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
The displacement – time graph looks the same for
longitudinal and transverse waves.

19. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
Amplitude, a, is the maximum displacement of a
wave from its equilibrium or rest position.

20. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
Period, T, is the time taken to complete one
oscillation.
Frequency, ƒ, is the number of oscillations per
second.

21. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
Frequency does NOT affect the amplitude of a
wave.

22. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
The lower the frequency, the larger the period as
period is inversely proportional to the frequency
of the wave.

23. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
The wavelength, λ, is
•the distance between successive crests or
troughs
•OR the distance between successive equal
displacement of a wave particle .

24. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
The wavelength of a longitudinal wave is the
distance between successive compression or
rarefactions.

25. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
Waves are said to be in phase when
• waves travelling together are a complete
number of wavelengths apart.
OR
• The particles of a wave train have equal
displacement and velocity. A and A1
in the
diagram below are in phase.

26. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
Wave speed, v, is a measure of the total distance
travelled by the wave in a given time. Wave
speed is dependent upon frequency and
wavelength of a wave. v = ƒ × λ

27. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS
• When wave speed decreases, there is a
change in wavelength of a wave.
• A tsunami wave is created on approaching
shore of as a result of a decrease in speed and
wavelength . The slower wave has an increased
amplitude reaching heights of 26 -32 metres.

28. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS - TSUNAMI
Tsunami waves are powerful and
destructive, travelling several miles in
land destroying buildings, trees and
killing people and animals.

29. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
NATURAL HAZARDS CAUSED BY WAVES

30. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
NATURAL HAZARDS CAUSED BY WAVES
Earthquakes produce three types of waves:
1.Primary
2.Secondary
3.Surface
The magnitude of each type of wave can result
in extensive damage to infrastructure such as
bridges , roads and buildings such as schools
and hospitals. There can be significant loss of
lives due to falling debris from buildings.

31. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
NATURAL HAZARDS CAUSED BY WAVES
Tsunamis are quite deceptive
at first. It starts with a rapid
retreat of waves out to sea. On
December 26, 2004, persons
out of curiosity followed the
rapidly retreating waves.

32. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
NATURAL HAZARDS CAUSED BY WAVES
• A larger wave with an increased
amplitude appears shortly drowning the
persons it originally deceived into
following the retreating waves.
• 150, 000 persons in 11 countries were
killed by the December 26 tsunami.

33. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ
• Are you ready to test yourself?
• There are FIFTEEN multiple choice items that you
are required to do.
• For each item, click on the letter of the correct
response and then click the button ‘NEXT
QUESTION’ to continue.
• There are also SIX short answer questions. Type
your response in the box provided and then
check your answer.
• Click the BEGIN QUIZ button to start the quiz.
33
BEGIN QUIZ!

34. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 1
The particles of the medium are in periodic
motion, perpendicular to the direction of
propagation of the energy. Which of the
following terms is defined by the above
statement?
34
A. Longitudinal pulse
B. Longitudinal waves
C. Torsional pulse
D. Transverse wave
FEEDBACKFEEDBACK

35. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 1
The particles of the medium are in periodic
motion, perpendicular to the direction of
propagation of the energy. Which of the
following terms is defined by the above
statement?
35
NEXT QUESTIONNEXT QUESTION
A - No . The particles have a to and fro
movement.
B - No. The direction of the wave is parallel to
the direction of propagation of the energy.
C - No.
D - Yes. In a transverse wave the direction of the
particles’ movement is at right angles to the
direction of the energy.

36. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 2
A period of 0.5 s corresponds to a frequency of:
36
A. 0.2 Hz
D. 0.5 Hz
C. 1.0 Hz
B. 2.0 Hz
FEEDBACKFEEDBACK

37. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 2
A period of 0.5 s corresponds to a frequency of:
37
NEXT QUESTIONNEXT QUESTION
A No. The frequency is the reciprocal of the
period.
B Yes. The frequency is 1 ÷ 0.5 s = 2.0 Hz.
C No. The frequency is the reciprocal of the
period.
D No. The frequency is the number of
oscillations per second

38. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 3
Two particles vibrating with the same amplitude
are in phase if they have the same :
38
A. Speed only
D. Displacement and speed
B. Displacement only
C. Displacement and velocity
FEEDBACKFEEDBACK

39. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 3
Two particles vibrating with the same amplitude
are in phase if they have the same :
39
NEXT QUESTIONNEXT QUESTION
A No. when particles are in phase, they are
moving with the same magnitude in the same
direction.
B No. When particles are in phase they travel the
same distance in the same direction from the
equilibrium position.
C Yes. Displacement and velocity are vector
quantities having the same magnitude and
direction.
D No. The particles will not be in phase if they
have the same displacement and moving with
the same magnitude in different directions.

40. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 4
Which of the following properties of a wave is
independent of all the others?
40
A. Frequency
D. Velocity
C. Period
B. Amplitude
FEEDBACKFEEDBACK

41. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 4
Which of the following properties of a wave is
independent of all the others?
41
NEXT QUESTIONNEXT QUESTION
A No. If the velocity changes, frequency can
change, since velocity = ƒ×λ.
B Yes. When frequency, period and velocity
changes the amplitude remains unchanged.
C No. When the period changes, the frequency
changes since T =1/ƒ
D No. If the velocity changes, frequency can change, since
velocity = ƒ×λ.

42. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 5
A sound wave has a wavelength of 3.0 m. The
distance between the centre of compression and
the centre of the adjacent rarefaction is:
42
A. 3.0 m
D. 6.0 m
C. 0.75 m
B. 1.5 m
FEEDBACKFEEDBACK

43. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 5
A sound wave has a wavelength of 3.0 m. The
distance between the centre of compression and
the centre of the adjacent rarefaction is:
43
NEXT QUESTIONNEXT QUESTION
A No. The wavelength is the distance between
successive compressions or rarefactions.
B Yes. The distance from centre of compression
to the centre of adjacent rarefaction is half of a
wavelength.
C No.
D No.

44. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 6
If a wave train has a period of 2.00 s and a
wavelength of 7.00 m. How far will it travel in 8.00 s?
44
A. 14.0 m
D. 56.0 m
C. 17.0 m
B. 28.0 m
FEEDBACKFEEDBACK

45. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 6
If a wave train has a period of 2.00 s and a
wavelength of 7.00 m. How far will it travel in 8.00 s?
45
NEXT QUESTIONNEXT QUESTION
A No. The wave train will travel 14 m in 4. 0 s.
B Yes. The wave train will travel 7 m every 2 s,
so it will travel 7 × 8/2 = 28 m.
C No. The wave train will travel 17 m in 2.5
cycles .. 17m ÷7.0m = 2.5 cycles
D No. The wave train will travel 56 m in 16 s. 7
m × 16 /2 = 56 m

46. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 7
The particles of the medium are in periodic
motion parallel to the propagation of the energy.
Which of the following terms is defined by the
above statement?
46
A. Torsional pulse
B. Transverse wave
C. Longitudinal pulse
D. Longitudinal wave
FEEDBACKFEEDBACK

47. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 7
The particles of the medium are in periodic
motion parallel to the propagation of the energy.
Which of the following terms is defined by the
above statement?
47
NEXT QUESTIONNEXT QUESTION
A No. The particles moving in different directions to the
propagation of energy
B No. In a transverse wave the particles move at right
angles to the direction of the propagation of the
energy.
C No. A longitudinal pulse does not have periodic
motion
D Yes. In a longitudinal wave the particles are in
periodic motion in a direction that is parallel to the
direction of propagation of energy.

48. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 8
A pendulum makes 40 complete vibrations in 20 s.
Its period is:
48
A. 0.50 Hz
D. 22.0 s
B. 2.0 Hz
C. 0.5 s
FEEDBACKFEEDBACK

49. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 8
A pendulum makes 40 complete vibrations in 20 s.
Its period is:
49
NEXT QUESTIONNEXT QUESTION
A No. The period is the time taken for one
complete oscillation. One oscillation = total
time ÷ total number of oscillations. 20 s ÷ 40 =
0.5 s
B No.
C Yes . The period is the time taken for one complete
oscillation.
One oscillation = total time ÷ total number of
oscillations. 20 s ÷ 40 = 0.5 s
D No.

50. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 9
If ƒ represents the frequency of a wave, v its
speed, and T its period, which relationship is
correct?
50
A. ƒ = v + T
B. ƒ = vT
C. ƒ = v/T
D. ƒ = 1 / T
FEEDBACKFEEDBACK

51. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 9
If ƒ represents the frequency of a wave, v its
speed, and T its period, which relationship is
correct?
51
NEXT QUESTIONNEXT QUESTION
A No. Frequency is inversely proportional to
the period.
B No. Wave speed is the product of
frequency and wavelength.
C No. Wave speed is the product of frequency and
wavelength.
D Yes. Frequency is inversely proportional to
the period.

52. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 10
Which of the following examples is NOT a
transverse wave?
52
A. Microwaves
D. Radio waves
C. Seismic S - waves
B. Sound
FEEDBACKFEEDBACK

53. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 10
Which of the following examples is NOT a
transverse wave?
53
NEXT QUESTIONNEXT QUESTION
A No. Microwaves are electromagnetic
waves and electromagnetic waves are
transverse waves.
B Yes. Sound is a longitudinal wave
C No. Seismic –S waves are transverse
waves.
D No. Radio waves are electromagnetic
waves which are transverse waves.

54. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 11
A wave has a frequency of 20 Hz and a
wavelength of 3.0 m. The speed is:
54
A. 3.3 m/s
B. 23.0 m/s
C. 66.7 m/s
D. 60.0 m/s
FEEDBACKFEEDBACK

55. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 11
A wave has a frequency of 20 Hz and a
wavelength of 3.0 m. The speed is:
55
NEXT QUESTIONNEXT QUESTION
A No. wave speed = frequency × wavelength.
B No. wave speed is NOT the sum of
frequency and wavelength.
C No.
D Yes. Wave speed = ƒ×λ = 20 × 3.0 m = 60 m/s

56. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 12
If the frequency of a vibration is 5 Hz, then the
period of this vibration is:
56
A. 2.0 s
D. 5.0 s
B. 0.5 s
C. 0.2 s
FEEDBACKFEEDBACK

57. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 12
If the frequency of a vibration is 5 Hz, then the
period of this vibration is:
57
NEXT QUESTIONNEXT QUESTION
A No. Frequency is inversely proportional to
the period of a wave.
B No.
C Yes. ƒ = 1/T = 1/5 = 0.2 s
D No. Frequency is the number of
oscillation/vibrations per second where
as the period is the time taken for one
complete oscillation or vibrations.

58. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 13
A sound of frequency 30 Hz, travelling at a speed
of 300 m/s, has a wavelength of:
58
A. 9.0 × 103
m
D. 9.0 × 101
m
C. 1.1 × 101
m
B. 1.0 × 101
m
FEEDBACKFEEDBACK

59. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 13
A sound of frequency 30 Hz, travelling at a speed
of 300 m/s, has a wavelength of:
59
NEXT QUESTIONNEXT QUESTION
A No. wavelength = wave speed ÷ frequency.
B Yes. λ = v ÷ ƒ = 300 m ÷ 30 Hz = 10 = 1 × 101
m
C No.
D No. Wavelength = wave speed ÷ frequency

60. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 14
Tsunamis are examples of what type of waves?
60
B. Water waves
D. Surface waves
C. Transverse waves
A. Longitudinal waves
FEEDBACKFEEDBACK

61. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 14
Tsunamis are examples of what type of waves?
61
A Yes . Tsunamis are longitudinal waves.
B No. Tsunamis are water waves, but do
not inform as to the type of wave.
C No. Transverse waves the movement of
the particles are at right angles to the
direction of the wave. Tsunami waves
the particles of the wave have to and
fro movement parallel to the direction
of the wave.
D No. Tsunamis are surface waves but this
is an incomplete answer.
NEXT QUESTIONNEXT QUESTION

62. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: QUESTION 15
Three kinds of waves are given:
I.Electromagnetic waves
II.Longitudinal waves
III.Transverse waves
The sound of church bells are transmitted to your
ears by :
62
B. III only
D. I and II only
C. I only
A. II only
FEEDBACKFEEDBACK

63. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
QUIZ: FEEDBACK TO QUESTION 15
Three kinds of waves are given:
I. Electromagnetic waves
II. Longitudinal waves
III. Transverse waves
The sound of church bells are transmitted to your ears by:
63
A Yes. Sound waves are longitudinal waves.
B No. Sound waves are longitudinal and NOT
transverse waves.
C No. Electromagnetic waves are transverse
waves and sound is a longitudinal wave.
D No. Sound is a longitudinal wave but not
an example of electromagnetic waves.
NEXT QUESTIONNEXT QUESTION

64. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS ACTIVITY 1
What is the name of position A ? Type your
response in the box.
TroughClick here for answer.
NEXT QUESTIONNEXT QUESTION

65. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS ACTIVITY 2
What is the name of position B? Type your
response in the box.
CrestClick here for answer.
NEXT QUESTIONNEXT QUESTION

66. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS ACTIVITY 3
What is the amplitude of the wave? Type your
response in the box.
4 cmClick here for answer.
NEXT QUESTIONNEXT QUESTION

67. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS ACTIVITY 4
What is the wavelength of the wave? Type your
response in the box.
6.0 cmClick here for answer.
NEXT QUESTIONNEXT QUESTION

68. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS ACTIVITY 5
What is the frequency of the wave? Type your
response in the box.
2 oscillations per secondClick here for answer.
NEXT QUESTIONNEXT QUESTION

69. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
WAVE PARAMETERS ACTIVITY 6
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70. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
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70

71. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
CREDITS
COVER SLIDE and slide 29
http://lovely-pics.com/data/media/7/giant_mega_tsuna
Slide 4 circular waves
http://www.zenmoves.org/wp-content/uploads/2010/12
Slide 4 plane waves
http://serc.carleton.edu/images/quantskills/methods/qu
Slide 10
http://www.antonine-education.co.uk/Salters/MUS/Mak

72. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
CREDITS
Slide 11
http://spot.pcc.edu/~aodman/physics%20122/light-elec
Slide 12
http://www.antonine-education.co.uk/Salters/MUS/Mak
Slide 15
http://www.splung.com/waves/images/wave-types.png

73. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
CREDITS
Slide 19
http://www.one-school.net/Malaysia/UniversityandCo
Slide 20 http://dev.physicslab.org/img/a1f2a2cf-
addc-442f-91b4-6ce6c1764fcc.gif
Slide 21
http://1.bp.blogspot.com/_FAgA6-CHYr8/SyNz-
Ia3KHI/AAAAAAAAAPg/KgmJQGQQnng/s400/1
.bmp

74. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
CREDITS
Slide 22
https://encrypted-tbn2.gstatic.com/images?
q=tbn:ANd9GcQyPXikbP_NqRQS23Q9-
DCjErrw_hgGpr1f_bLZxnZCGbihfAiQ
Slide 23
http://images.tutorvista.com/cms/images/83/freq
uency-and-wavelength.gif
Slide 24
http://www.bbc.co.uk/bitesize/higher/physics/im
ages/waves1.gif
Slide 25
https://d3r4ecz8hnfnqf.cloudfront.net/50b6a144
e4b0c605c0f22822/full/wave-10.jpeg

75. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
CREDITS
Slide 26
http://www.bbc.co.uk/bitesize/higher/physics/im
ages/waves2.gif
Slide 27
http://www.cartage.org.lb/en/themes/Sciences/
Physics/Acoustics/General/Wavelength2/freq-
wavelength.jpg
Slide 30
http://www.drjudywood.com/articles/dew/dew
pics/Image297.gif

76. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
CREDITS
Slide 32
http://geol105naturalhazards.voices.wooster.ed
u/files/2011/03/tsunami_wave_coming_time_to_
run-300x192.jpg
Slide 33
http://geol105naturalhazards.voices.wooster.edu
/files/2011/03/tsunami_wave_coming_too_late_
to_run-300x202.jpg
Wave parameters activity (slides 66 -69)
http://www.ahsd.org/science/stroyan/APPhysics/
CH14/apch14wq/f16009.jpg

77. OBJECTIVES
Types of Waves
Longitudinal waves
Transverse waves
Wave Parameters
QUIZ
INTRODUCTION
XX
CREDITS
Slides 70 – 71
http://www.teachengineering.org/collection/cub
_/lessons/cub_images/cub_soundandlight_lesso
n3_figure1.jpg
Quiz questions slides 35 – 64
Caribbean Examination Council Module 8
Pages 50 – 58