Unit C. Wave behaviour

0 (0 Ratings)

Starts from

$4.00

Enrolled:0

Course level:All Levels

Categories Higher Level, IB Diploma, Paper 1, Physics, Standard Level, Unit-wise Past Paper, Unit-wise Past Paper

Wishlist

Description

Starts from

$4.00

Subscriptions

Start from

$4.00

Choose plan

Unit C unit-wise subscription

$4.00 / Month

Level

All Levels
Last Updated

January 21, 2026

Course Curriculum

C.1 Simple harmonic motion

Find Average speed of oscillating particle in one cycle

02:38
Draw acceleration-time graph from x-t graph of SHM

02:17
How velocity & Acceleration of SHM are related (for HL)

03:30
Find maximum velocity of block attached with spring (for HL)

02:41
Find maximum acceleration of SHM from oscillation graphs

02:35
All Motion graphs of simple harmonic motion

02:48
How Simple pendulum is simple harmonic motion

03:11
Time period of hanging mass spring system

01:39
Calculate Elastic potential energy of spring (for HL)

02:24
Relation between average speed of SHM with frequency

01:55
Find positions in SHM where kinetic and potential energy are equall (for HL)

03:01
Magnitude of acceleration and its direction of SHM

03:13
Ratio of time periods of mass spring system when masses are changed

03:05
Displacement & Acceleration graph of SHM

02:18
Kinetic energy – time graph of horizontal mass-spring system (for HL)

03:08
Uniform circular motion and Simple harmonic motion

02:45
Sinusoidal equation of velocity of SHM (for HL)

04:58
Acceleration-displacement graph of SHM

01:17
Work done for moving object from x to x/4 of oscillating object

03:03
Charactertics of SHM. Explained from diagram

02:44
Maximum and minimum velocity of SHM (for HL)

01:44
Restoring force and displacement of SHM

03:07
Find work done when elastic wire contracts (for HL)

03:45
Draw Kinetic energy vs time graph from equation & graph of displacement (for HL)

03:59
Time period of Simple pendulum on Earth and Moon

02:24
Variation of velocity and acceleration of SHM from graph

03:17
Resultant force at equilibrium in simple pendulum

02:41
Find speed of oscillating object in the middle of equilibrium and extreme positions (for HL)

02:33
Calculate Time period and Energy of simple pendulum (for HL)

02:33

C.2 Wave model

Wavelength of Electromagnetic wave

01:45
Find average speed of oscillating particle that generates a wave

02:38
Find speed of wave using two graphs of motion of wave

02:19
Calculate frequency of longitudnal wave by using S-d (displacement – distance ) graph of wave

02:24
Calculate speed of particle whose vibration produces wave

01:57
Calculate distance travelled by longitudnal wave

03:18
Addition of two waves and finding intensity

01:23
Intensity-Amplitude graph of a sound wave emitted from speaker

02:14
Find phase difference between oscillation of two particles on same wave

02:08
Find average speed of oscillating particle producing transverse wave

01:55
Find speed of wave if distance between two points on wave is given

02:40
Displacment of oscillating particle vs Distance of wave Graph

01:40
Charactertics of wave

03:41
Calculate frequency and Amplitude of a wave

02:04
superposition and phase difference between two waves

03:56
Find distance between source and detector if time lag of two waves are given

02:38
Find phase difference between two points in longitudnal wave

03:13
Nature of vibration of particles in longitudnal wave

02:53
calculate speed of wave

02:34

C.3 Wave phenomena

Find ”sin” of angle of incidence using snell’s law

02:04
Interefernce of two waves on screen of double slit experiment

02:32
Single slit diffraction experiment – Intensity of light (for HL)

04:14
Find path difference between two rays in double slit experiment

03:18
Refraction of light in glass submerged in liquid

02:29
Snell’s law – light entering from air to water droplet

03:11
Calculate distance between conseuctive minima of double slit

01:45
Why frequency stays same in refraction of light

02:38
Find angle of first minima in single slit pattern (for HL)

01:56
Superposition of two water waves at point (Interference question)

02:51
Calculate ratio of speeds of light when glass is submerged in two liquids

02:51
Find width of centeral maxima of single slit pattern (for HL)

02:48
Calculate slit seperation from double slit pattern

02:25
Comparison of speeds of light in three different mediums based on refraction

03:44
Effect on Intensity of light in single slit pattern when width of slit is changed (for HL)

02:40
Draw correct Ray diagram of refraction of wavefronts

03:53
Draw ray diagram & wave diagram of refracted light

02:45
Which physical quantity remains unchanged and why?

02:23
Identify correct diagram about total internal reflection phenomenon

01:59
About fringe spacing and its dependence on other factors

02:14
Effect on Fringe spacing when distance between slits and slit & screen changes

02:07
Interference pattern of two water waves & double slit pattern

03:23
Refraction of light in glass cylinder and then Total internal reflection

07:06
Effect of doubling number of slits in Multiple slit experiment (for HL)

03:38
Effect on speed & wavelength when wave enetrs from one medium to other

03:09
Calculate fringe spacing in double slit exp

02:29
Angle of first minimum & width of single slit (for HL)

02:57
Make an equation of wavelength from multiple slit experiment (for HL)

02:55
Checking condition of total internal reflection

03:15
About equation of double slit experiment

03:37

C.4 Standing waves and resonance

Find wavelength of 5th harmonic standing waves

02:18
Phase difference & energy transfer in standing wave

03:42
Find length of pipe closed at one end

02:15
Standing waves produced in a rod by sound

03:09
First harmonic standing wave in two pipes

02:15
Effect on frequency & wavelength of standing waves produced by sound in pipe

02:13
frequency & Amplitude of different points in same standing wave

02:18
Phase difference between two points in a standing wave in a pipe

02:35
Standing wave produced by tuning fork in water

03:02
calculate wavelength of first harmonic set in string

01:56
Frequency of standing waves variation when length of waves changes

02:53
Calculate frequency of first and second harmonic standing wave in a pipe

02:34
Sum of Nodes and Anti-nodes

02:24
Find speed of standing wave produced by wave generator

02:15
Find expression of nth harmonic of standing waves

02:38
Find ratio of lengths of two standing waves

02:06

C.5 Doppler effect

Student Ratings & Reviews

No Review Yet

IB Physics

Year Wise

Topic Wise

Year Wise

Topic Wise

IB Physics

Year Wise

Topic Wise

Year Wise

Topic Wise

IB Physics

Year Wise

Topic Wise

Year Wise

Topic Wise

Unit C. Wave behaviour

Description

Subscriptions

Course Curriculum

C.1 Simple harmonic motion

Find Average speed of oscillating particle in one cycle

How velocity & Acceleration of SHM are related (for HL)

Find maximum acceleration of SHM from oscillation graphs

All Motion graphs of simple harmonic motion

How Simple pendulum is simple harmonic motion

Time period of hanging mass spring system

Calculate Elastic potential energy of spring (for HL)

Relation between average speed of SHM with frequency

Find positions in SHM where kinetic and potential energy are equall (for HL)

Magnitude of acceleration and its direction of SHM

Ratio of time periods of mass spring system when masses are changed

Displacement & Acceleration graph of SHM

Kinetic energy – time graph of horizontal mass-spring system (for HL)

Uniform circular motion and Simple harmonic motion

Sinusoidal equation of velocity of SHM (for HL)

Work done for moving object from x to x/4 of oscillating object

Charactertics of SHM. Explained from diagram

Maximum and minimum velocity of SHM (for HL)

Restoring force and displacement of SHM

Find work done when elastic wire contracts (for HL)

Time period of Simple pendulum on Earth and Moon

Resultant force at equilibrium in simple pendulum

Find speed of oscillating object in the middle of equilibrium and extreme positions (for HL)

Calculate Time period and Energy of simple pendulum (for HL)

C.2 Wave model

Wavelength of Electromagnetic wave

Find average speed of oscillating particle that generates a wave

Calculate speed of particle whose vibration produces wave

Calculate distance travelled by longitudnal wave

Addition of two waves and finding intensity

Intensity-Amplitude graph of a sound wave emitted from speaker

Find phase difference between oscillation of two particles on same wave

Find average speed of oscillating particle producing transverse wave

Find speed of wave if distance between two points on wave is given

Displacment of oscillating particle vs Distance of wave Graph

Charactertics of wave

Calculate frequency and Amplitude of a wave

superposition and phase difference between two waves

Find distance between source and detector if time lag of two waves are given

Find phase difference between two points in longitudnal wave

Nature of vibration of particles in longitudnal wave

calculate speed of wave

C.3 Wave phenomena

Find ”sin” of angle of incidence using snell’s law

Single slit diffraction experiment – Intensity of light (for HL)

Snell’s law – light entering from air to water droplet

Calculate distance between conseuctive minima of double slit

Why frequency stays same in refraction of light

Find angle of first minima in single slit pattern (for HL)

Superposition of two water waves at point (Interference question)

Find width of centeral maxima of single slit pattern (for HL)

Calculate slit seperation from double slit pattern

Comparison of speeds of light in three different mediums based on refraction

Effect on Intensity of light in single slit pattern when width of slit is changed (for HL)

Draw correct Ray diagram of refraction of wavefronts

Draw ray diagram & wave diagram of refracted light

Which physical quantity remains unchanged and why?

Identify correct diagram about total internal reflection phenomenon

About fringe spacing and its dependence on other factors

Effect on Fringe spacing when distance between slits and slit & screen changes