10_Phys Final Part 3

when the sines of the incident and refractive angles are proportional (constant)

when the sines of the incident angle is proportional (constant)

when the sine of second angle is equal to the refractive index of the second

when the sine of first angle is equal to the refractive index of the second

Boundary line

Normal Line

Incident angle line

refractive angle line

speed of electromagnetic wave in a light medium.

speed of electromagnetic wave in vacuum.

speed of electromagnetic wave in air.

light is hitting on them without bouncing off.

objects capture their own light and gets to our eyes.

all the objects are non-luminous

non-luminous objects reflect light and gets to our eyes.

A full range of all electromagnetic waves and their effects/applications

A full range of all electromagnetic waves and their origins

A full range of all electromagnetic waves and their limitations

Long, thin strands of glasses carrying digital signals in the form of pulses light emitted by an LED (light-emitting diode)

Long, thin strands of glasses carrying electrical signals in the form of pulses light emitted by an LED (light-emitting diode)

Carry the energy backwards and forwards related to the wave propagation

Carry the energy backwards and upwards related to the wave propagation

Carry the energy perpendicular to the wave propagation

one is waves per unit time and the other is waves in one second.

one is waves per unit time and the other is 1 wave per unit time

one is waves per unit time and the other is waves in one meter.

one is waves per unit time and the other is 1 wave per distance time

just when any object slows down

just when any wave slows down and changes its velocity

When incident angle is reflected completely

When incident angle slows down

nature of ocean waves

nature of longitudinal waves

nature of sound waves

reflection of sounds with frequency higher than 20,000 Hz

reflection of sounds with frequency lower than 20,000 Hz

Reflection of transverse waves

Diffraction of the sound

energized particles that only makes the visible light waves.

energized particles that makes the electromagnetic waves.

energized particles that only makes the gamma rays.

energized particles that makes the longitudinal waves.

their amplitude is larger

their wavelength is small

have greater distance between crest to crest.

In a smaller gap, there is no much diffraction

in a samller gap, the wavelength decreases

in a smaller gap, the wavelength increases

in a smaller gap, there is a lot of diffraction.

reflection of sound

diffraction of sound

refraction of sound