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7 Ideas Test 4 Prep
governs radioactive decay
__________ is the size of a wave
7 Ideas Test 4 Prep
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1
__________ is the size of a wave
interference
amplitude
Planck
frequency
2
governs radioactive decay
weak
strong
gravity
electromagnetic
3
Expected result of atom smashing
5730 yrs
half life
particle accelerator
Transuranium elements
4
Developed QCD to explain quark interactions as an exchange of gluons
Heisenberg
Einstein
Yukawa
Schroedinger
5
field quanta of QCD
graviton
photons
intermediate vector boson
gluon
6
field quanta of QED
gluon
graviton
intermediate vector boson
photons
7
property of a quark
quarks
parity
strangeness
color
8
field quanta of weak nuclear
intermediate vector boson
gluon
graviton
photons
9
Protons and neutrons are _________
leptons
mesons
baryons
fission
10
field quanta of electromagnetic
graviton
intermediate vector boson
photons
gluon
11
When an electron is emitted out of the nucleus
neutron emission
gamma decay
alpha decay
beta decay
12
__________is when a current is produced when light hits a certain material
Photoelectric Effect
Quantum Mechanics
both blue and yellow
UV Catastrophe
13
The act of measuring something something alters that which you measure
cloud
special relativity
Proboabilty
uncertainty
14
__________ determined the smallest measure of light energy
amplitude
Planck
interference
frequency
15
His model only worked for hydrogen
Thompson
Bohr
Schroedinger
Debroglie
16
Used atomic spectra to make a model of the atom
Bohr
Rutherforde
Democritus
Dalton
17
weakest force
electromagnetic
strong
weak
gravity
18
not a quark color
red
yellow
blue
green
19
discovered the nucleus
Dalton
Democritus
Bohr
Rutherforde
20
said the atom is mostly space
Democritus
Dalton
Bohr
Rutherforde
21
The time it takes half of a radioactive material to decay into something more stable
5730 yrs
particle accelerator
half life
Transuranium elements
22
when a nucleus splits
mesons
leptons
baryons
fission
23
developed relativistic quantum mechanics
antimatter
Heisenberg
positron
Dirac
24
two up and one down
neutron
electron
muon
proton
25
How Technecium 99 gains stability
neutron emission
gamma decay
beta decay
alpha decay
26
Explained all matter as a wave
Schroedinger
Bohr
Debroglie
Thompson
27
first to say electrons have a wavelength
Debroglie
Rutherforde
Einstein
Thomson
28
Fired a positive beam at a gold film
Debroglie
Einstein
Rutherforde
Thomson
29
Bigger than leptons but smaller than baryons
fission
baryons
mesons
leptons
30
__________ is when heated objects never peak glow in the ultraviolet
UV Catastrophe
Photoelectric Effect
both blue and yellow
Quantum Mechanics
31
said electrons orbited the nucleus like a tiny solar system
Dalton
Democritus
Rutherforde
Bohr
32
Schroedinger's quantum model of the atom
explains brighter spectral line
explains allowed energy levels
works for all the elements
red blue and yellow
33
field quanta of strong nuclear
gluon
photons
intermediate vector boson
graviton
34
__________ explains the interaction between light and energy
both blue and yellow
Quantum Mechanics
UV Catastrophe
Photoelectric Effect
35
__________ is the brightness of a light wave
frequency
interference
Planck
amplitude
36
relativistic quantum predicts the existence of __________
antimatter
positron
Heisenberg
Dirac
37
The antimatter of the electron discovered in 1932
positron
Dirac
Heisenberg
antimatter
38
has to do with the duality of possible events
quarks
color
parity
strangeness
39
the half life of Carbon 14
Transuranium elements
half life
5730 yrs
particle accelerator
40
did experiments with cathode ray tubes
Thomson
Einstein
Rutherforde
Debroglie
41
Schroedinger's equation fails to satisfy the invariance of __________
cloud
special relativity
Proboabilty
uncertainty
42
In the quantum model of the atom electrons are found in a __________ of probability
uncertainty
Proboabilty
cloud
special relativity
43
How Carbon 14 becomes Nitrogen 14
alpha decay
beta decay
gamma decay
neutron emission
44
first to say why electrons only have certain energy levels
Bohr
Schroedinger
Thompson
Debroglie
45
electron, muon, tau, neutrinos
fission
leptons
baryons
mesons
46
has to do with spin
parity
quarks
color
strangeness
47
building blocks of baryons and measons
strangeness
color
quarks
parity
48
two down and one up
neutron
electron
muon
proton
49
Explained the Photoelectric effect
Thomson
Einstein
Rutherforde
Debroglie
50
__________ is why some elemental spectral lines are brighter
frequency
amplitude
Planck
interference
51
discovered the uncertainty principle
Heisenberg
positron
antimatter
Dirac
52
Said atoms of different elements are different
Bohr
Dalton
Rutherforde
Democritus
53
Matter waves are waves of
Proboabilty
cloud
uncertainty
special relativity
54
__________ indicate that light is a particle
UV Catastrophe
Quantum Mechanics
both blue and yellow
Photoelectric Effect
55
His model was the plumb pudding model
Debroglie
Bohr
Schroedinger
Thompson
56
how one smashes nuclei
5730 yrs
half life
Transuranium elements
particle accelerator
57
not a type of quark
up
down
charmed
odd
58
Said the smallest piece of an element is the atom
Bohr
Democritus
Dalton
Rutherforde
59
binds the nucleus
weak
gravity
electromagnetic
strong
60
__________is Physics on a very small scale
Photoelectric Effect
UV Catastrophe
both blue and yellow
Quantum Mechanics
61
When a particle having two neutrons and two protons flies out of the nucleus
beta decay
gamma decay
neutron emission
alpha decay
62
field quanta of gravity
gluon
photons
graviton
intermediate vector boson
63
How Uranium 238 becomes Thorium 234
alpha decay
gamma decay
neutron emission
beta decay
64
When light is emitted out of the nucleus
neutron emission
alpha decay
beta decay
gamma decay