Quantum Mechanical Model of The Atom

Question 1

The energy emitted in the form of waves having an oscillating electric field component that is perpendicular to magnetic field component.

Answer 1

Electromagnetic radiation

Question 2

Highest point of a wave (points W and Y)

Answer 2

Crest or Peak

Question 3

Lowest point of a wave (point X and Z)

Answer 3

Trough

Question 4

Distance between a grass and a trough in the midline of the wave (thick dashed line)

Answer 4

Amplitude

Question 5

1/2 the vertical distance from a crest to the nearest trough

Answer 5

Amplitude

Question 6

Related to the intensity (I) of a wave (radiant power per unit area)

Answer 6

Amplitude

Question 7

Distance between two successive crests for two consecutive troughs

Answer 7

Wavelength

Question 8

Number of wave cycles propagating per second

Answer 8

Frequency

Question 9

Number of crest or number of trout passing through a certain point per second

Answer 9

Frequency

Question 10

Inversely proportional to the wavelength.

Answer 10

Frequency

Question 11

Time it takes for one cycle of a wave to pass through a point.

Answer 11

Period (T)

Question 12

Reciprocal of the frequency

Answer 12

Period (T)

Question 13

Number of cycles per unit distance

Answer 13

Wavenumber

Question 14

Reciprocal of wavelength

Question 15

Yours when waves combine. It can be constructive or destructive.

Answer 15

Interference

Question 16

Results with with combine in phase.

Answer 16

Constructive Interference

Question 17

Occurs when two waves combine out of phase

Answer 17

Destructive interference

Question 18

Bending of waves when they pass it through a slip or aperture.

Answer 18

Diffraction

Question 19

Process of “bouncing back” of a beam of light waves after it strikes the surface.

Answer 19

Reflection

Question 20

The bending of waves when they pass from one on other medium.

Answer 20

Refraction

Question 21

The transfer of energy of waves in to matter. This manifested by the lowering of intensity after the wave passes through an object.

Answer 21

Absorption

Question 22

Occurs when light is absorbed by matter, and it is re-emitted in different directions. This phenomenon can be observed in daytime light.

Answer 22

Scattering

Question 23

Classical physics claims that the intensity of light be committed by a heated body called a____________ increase towards infinity as temperature increased

Answer 23

Blackbody

Question 24

The limitation of the classical model at lower wavelength is called the______________.

Answer 24

Ultraviolet catastrophe

Question 25

Came up with a theory as healing to the phenomenon of ultraviolet catastrophe.

Answer 25

Max Planck

Question 26

He propose that the energy that an atom or molecule can absorb or emit are multiples of an energy value which hair referred to ask **quantum**.

Answer 26

Max Planck

Question 27

An atom or molecule can absorb or are multiple of an energy value.

Answer 27

Quantum

Question 28

In the blank’s quantum theory, the energy associated with a quantum can be represented mathematically as:

Answer 28

E=hv

Question 29

He observed the phenomenon called photoelectric effect.

Answer 29

Heinrich Hertz

Question 30

Electrons can be ejected from a metal surface if life is eradicated on it, provided that the light has a frequency that exceeds the threshold frequency that is characteristic to the metal.

Answer 30

Photoelectric Effect

Question 31

In 1905 he introduced that light consist of quanta or particles called photons

Answer 31

Albert Einstein

Question 32

Light consist of oscillating waves

Answer 32

Light as a Wave

Question 33

Light consist of particles called photons.

Answer 33

Light as a Particle