Light Practice

4

Determine the frequency of green light if its wavelength is 500 nm.
c = f x λ

4

Define reflection.

4

Draw the normal line and reflected ray. Label the angle of icidence and angle of reflection

4

Define refraction.

4

Draw the refracted ray. Label the normal line, angle of incidence, and the angle of refraction.

4

Draw the photoelectric effect.

4

When the wavelength of the incident photon is decreased in the photoelectric effect then the

4

The number of electrons emitted per second from a metal surface increases when

4

When light falls on a metal surface, the kinetic energy of the emitted electrons depends on

4

Explain how the photoelectric effect shows light acting like a particle

4

Draw constructive interference of two pulse waves with different amplitudes. Show directions using arrows for the before and after scenarios.

4

Draw constructive interference of two periodic waves with the same amplitude.

4

Draw destructive interference of two pulse waves with the different amplitudes. Show directions using arrows for the before and after scenarios.

4

Draw destructive interference of two periodic waves with the same amplitude.

4

Draw the wave pattern created when waves pass through a small and large opening.

4

Show diffraction through a double slit. Label the points of constructive and destructive interference. Sketch where the light and dark fringes would be on the screen

4

Light Practice

Determine the frequency of green light if its wavelength is 500 nm.
c = f x λ

Define reflection.

Draw the normal line and reflected ray. Label the angle of icidence and angle of reflection

Define refraction.

Draw the refracted ray. Label the normal line, angle of incidence, and the angle of refraction.

Draw the photoelectric effect.

When the wavelength of the incident photon is decreased in the photoelectric effect then the

The number of electrons emitted per second from a metal surface increases when

When light falls on a metal surface, the kinetic energy of the emitted electrons depends on

Explain how the photoelectric effect shows light acting like a particle

Draw constructive interference of two pulse waves with different amplitudes. Show directions using arrows for the before and after scenarios.

Draw constructive interference of two periodic waves with the same amplitude.

Draw destructive interference of two pulse waves with the different amplitudes. Show directions using arrows for the before and after scenarios.

Draw destructive interference of two periodic waves with the same amplitude.

Draw the wave pattern created when waves pass through a small and large opening.

Show diffraction through a double slit. Label the points of constructive and destructive interference. Sketch where the light and dark fringes would be on the screen

Explain how the double slit experiment shows light acting like a wave.

Determine the frequency of green light if its wavelength is 500 nm.
c = f x λ

Define reflection.

Draw the normal line and reflected ray. Label the angle of icidence and angle of reflection

Define refraction.

Draw the refracted ray. Label the normal line, angle of incidence, and the angle of refraction.

Draw the photoelectric effect.

When the wavelength of the incident photon is decreased in the photoelectric effect then the

The number of electrons emitted per second from a metal surface increases when

When light falls on a metal surface, the kinetic energy of the emitted electrons depends on

Explain how the photoelectric effect shows light acting like a particle

Draw constructive interference of two pulse waves with different amplitudes. Show directions using arrows for the before and after scenarios.

Draw constructive interference of two periodic waves with the same amplitude.

Draw destructive interference of two pulse waves with the different amplitudes. Show directions using arrows for the before and after scenarios.

Draw destructive interference of two periodic waves with the same amplitude.

Draw the wave pattern created when waves pass through a small and large opening.

Show diffraction through a double slit. Label the points of constructive and destructive interference. Sketch where the light and dark fringes would be on the screen

Explain how the double slit experiment shows light acting like a wave.

Light Practice

Light Practice

Determine the frequency of green light if its wavelength is 500 nm.c = f x λ

Define reflection.

Draw the normal line and reflected ray. Label the angle of icidence and angle of reflection

Define refraction.

Draw the refracted ray. Label the normal line, angle of incidence, and the angle of refraction.

Draw the photoelectric effect.

When the wavelength of the incident photon is decreased in the photoelectric effect then the

The number of electrons emitted per second from a metal surface increases when

When light falls on a metal surface, the kinetic energy of the emitted electrons depends on

Explain how the photoelectric effect shows light acting like a particle

Draw constructive interference of two pulse waves with different amplitudes. Show directions using arrows for the before and after scenarios.

Draw constructive interference of two periodic waves with the same amplitude.

Draw destructive interference of two pulse waves with the different amplitudes. Show directions using arrows for the before and after scenarios.

Draw destructive interference of two periodic waves with the same amplitude.

Draw the wave pattern created when waves pass through a small and large opening.

Show diffraction through a double slit. Label the points of constructive and destructive interference. Sketch where the light and dark fringes would be on the screen

Explain how the double slit experiment shows light acting like a wave.

Determine the frequency of green light if its wavelength is 500 nm.c = f x λ

Define reflection.

Draw the normal line and reflected ray. Label the angle of icidence and angle of reflection

Define refraction.

Draw the refracted ray. Label the normal line, angle of incidence, and the angle of refraction.

Draw the photoelectric effect.

When the wavelength of the incident photon is decreased in the photoelectric effect then the

The number of electrons emitted per second from a metal surface increases when

When light falls on a metal surface, the kinetic energy of the emitted electrons depends on

Explain how the photoelectric effect shows light acting like a particle

Draw constructive interference of two pulse waves with different amplitudes. Show directions using arrows for the before and after scenarios.

Draw constructive interference of two periodic waves with the same amplitude.

Draw destructive interference of two pulse waves with the different amplitudes. Show directions using arrows for the before and after scenarios.

Draw destructive interference of two periodic waves with the same amplitude.

Draw the wave pattern created when waves pass through a small and large opening.

Show diffraction through a double slit. Label the points of constructive and destructive interference. Sketch where the light and dark fringes would be on the screen

Explain how the double slit experiment shows light acting like a wave.

Determine the frequency of green light if its wavelength is 500 nm.
c = f x λ

Determine the frequency of green light if its wavelength is 500 nm.
c = f x λ