Quiz
Test 1
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Questions in this quiz (39)
1[blank_start]Qualitative[blank_end]: Observable descriptions
[blank_start]Quantitative[blank_end]: Measurable- AQualitative
- BQuantitative
- CQuantitative
- DQualitative
2[blank_start]Laws[blank_end]: How things work
[blank_start]Theory[blank_end]: Tells us why things occur- ALaws
- BTheory
- CTheory
- DLaws
3Physical principles derived through the use of the scientific method
- ALaws
- BTheory
- CHypothesis
- DData
4What the data describes
- AData
- BLaws
- CTheory
- DHypothesis
5[blank_start]Natural science[blank_end]: Study of contents of the universe
[blank_start]Physics[blank_end]: Study of matter and energy and how they relate to each other
[blank_start]Radiologic physics[blank_end]: Study of x-rays and other radiation relative to their origin and behavior- ANatural science
- BPhysics
- CRadiologic physics
- DPhysics
- ENatural science
- FRadiologic physics
- GRadiologic physics
- HNatural science
- IPhysics
6[blank_start]Standard units[blank_end]: basic units in a particular system of measurement
[blank_start]Fundamental units[blank_end]: ex. length, mass & time
[blank_start]Derived units[blank_end]: units formed by using a combination of fundamental units- AStandard units
- BFundamental units
- CDerived units
- DFundamental units
- EStandard units
- FDerived units
- GDerived units
- HStandard units
- IFundamental units
7[blank_start]Force[blank_end]: Energy applied to something
[blank_start]Energy[blank_end]: Ability or ability to do work
[blank_start]Work[blank_end]: Movement of matter caused by the use of force- AForce
- BEnergy
- CWork
- DEnergy
- EForce
- FWork
- GWork
- HForce
- IEnergy
8[blank_start]Momentum[blank_end]: Mass x Velocity
[blank_start]Velocity[blank_end]: Speed or how much distance is being covered per unit time
[blank_start]Acceleration[blank_end]: Change in speed over time and position- AMomentum
- BVelocity
- CAcceleration
- DVelocity
- EAcceleration
- FMomentum
- GAcceleration
- HMomentum
- IVelocity
9Newton's Laws of Motion
[blank_start]1st Law[blank_end]: A body at rest will remain at rest or remain in motion in a straight line unless acted upon by an external force
[blank_start]3rd Law[blank_end]: For every action, there is an equal and opposite reaction
[blank_start]2nd Law[blank_end]: The force of an object is equal to the mass of the object times the velocity of the object- A1st Law
- B2nd Law
- C3rd Law
- D3rd Law
- E1st Law
- F2nd Law
- G2nd Law
- H3rd Law
- I1st Law
10Kinetic Energy: [blank_start]Energy of motion[blank_end]
Potential Energy: [blank_start]Energy of position[blank_end]- AEnergy of motion
- BEnergy of position
- CEnergy of position
- DEnergy of motion
11Label the image
- AMax
- B0
- CMax
- D0
- E1/2 max
- F0
- GMax
- H1/2 max
- I0
- JMax
- K1/2 max
- L1/2 max
- MMax
- N0
- O1/2 max
- P1/2 max
- QMax
- R0
12Energy released during a chemical reaction
- AChemical energy
- BThermal energy
- CElectrical energy
- DNuclear energy
- EElectromagnetic energy
- FMechanical energy
13Energy released as a result of moving atoms or molecules
- AMechanical energy
- BChemical energy
- CThermal energy
- DNuclear energy
- EElectrical energy
- FElectromagnetic energy
14Energy released as a result of moving electrons
- AMechanical energy
- BChemical energy
- CThermal energy
- DNuclear energy
- EElectrical energy
- FElectromagnetic energy
15Energy stored in the nucleus of each atom
- AMechanical energy
- BElectrical energy
- CElectromagnetic energy
- DThermal energy
- EChemical energy
- FNuclear energy
16Energy released as a result of a combination of electrical and magnetic disturbances
- AElectromagnetic energy
- BMechanical energy
- CThermal energy
- DChemical energy
- EElectrical energy
- FNuclear energy
17What is mass?
- AAmount of energy in matter
- BAmount of energy required to move matter
- CStrength of gravitational attraction between matter
- DAnything that occupies space and has inertia
18[blank_start]Element[blank_end]: A pure substance made-up of identical atoms
[blank_start]Molecule[blank_end]: Cluster of atoms- AElement
- BMolecule
- CMolecule
- DElement
19Nucleus: [blank_start]Determines type of element[blank_end]
Electrons: [blank_start]Determine chemical properties[blank_end]- ADetermines type of element
- BDetermine chemical properties
- CDetermine chemical properties
- DDetermines type of element
20[blank_start]Atomic number[blank_end]: # of protons + neutrons
[blank_start]Mass number[blank_end]: # of protons- AAtomic number
- BMass number
- CMass number
- DAtomic number
21[blank_start]Binding energy[blank_end]: Increases toward the nucleus
[blank_start]Electron energy[blank_end]: Increases away from the nucleus- ABinding energy
- BElectron energy
- CElectron energy
- DBinding energy
22Atoms maintain chemical identity as long as the number of [blank_start]protons[blank_end] remain unchanged
- Aprotons
- Bneutrons
- Celectrons
23[blank_start]Isobar[blank_end]: Same mass #; different protons
[blank_start]Isomer[blank_end]: Same protons & neutrons
[blank_start]Isotope[blank_end]: Same protons; different neutrons- AIsobar
- BIsomer
- CIsotope
- DIsomer
- EIsobar
- FIsotope
- GIsotope
- HIsobar
- IIsomer
24Elements are listed by atomic weight on the periodic table
- ATrue
- BFalse
25[blank_start]Groups/Columns[blank_end]: The number of electrons in the outer shell
[blank_start]Periods/Rows[blank_end]: The number of orbital shells- AGroups/Columns
- BPeriods/Rows
- CPeriods/Rows
- DGroups/Columns
26[blank_start]Particulate radiation[blank_end]: The emission of particles from the nucleus
[blank_start]Electromagnetic radiation[blank_end]: The emission of energy from the nucleus/shells- AParticulate radiation
- BElectromagnetic radiation
- CElectromagnetic radiation
- DParticulate radiation
27The force that keeps an electron in orbit
- ACentripetal force
- BCentrifugal force
28AKA flying out from the center force; electrons maintain their distance from the nucleus
- ACentrifugal force
- BCentripetal force
29[blank_start]Covalent bond[blank_end]: Sharing of electrons ex. H20
[blank_start]Ionic bond[blank_end]: Electron transfer ex. NaCl- ACovalent bond
- BIonic bond
- CIonic bond
- DCovalent bond
30A nuclei undergoes what type of decay by emitting a helium nucleus (2 protons and 2 neutrons)?
- AAlpha decay
- BBeta decay
31When a neutron changes into a proton (also changes the atom from one element to another), what type of decay is happening?
- AAlpha decay
- BBeta decay
32[blank_start]Beta[blank_end] emission occurs more frequently than [blank_start]alpha[blank_end]
- ABeta
- BAlpha
- Calpha
- Dbeta
33What is the occupational dose limit of radiation?
- A50 mSv/year
- B5 rem/year
- C5 mSv/year
- D5,000 mrem/year
34[blank_start]Wavelength[blank_end]: Distance between peaks or troughs
[blank_start]Frequency[blank_end]: The number of sine waves passing a point per unit time
[blank_start]Amplitude[blank_end]: Positive portion of sine wave- AWavelength
- BFrequency
- CAmplitude
- DFrequency
- EWavelength
- FAmplitude
- GAmplitude
- HWavelength
- IFrequency
35Shorter wavelengths equal...
- AMore energy
- BLess energy
36More peaks = [blank_start]shorter[blank_end] wavelengths = [blank_start]higher[blank_end] frequency
Less peaks = [blank_start]longer[blank_end] wavelengths = [blank_start]lower[blank_end] frequency- Ashorter
- Blonger
- Chigher
- Dlower
- Elonger
- Fshorter
- Glower
- Hhigher
37What is the relationship between frequency and wavelength?
- ADirect
- BInverse
38Label the image
- ATransmission
- BAbsorption
- CAttenuation
- DAttenuation
- ETransmission
- FAbsorption
- GAbsorption
- HTransmission
- IAttenuation
39Label the image
- ARadiolucent
- BRadiopaque
- CRadiopaque
- DRadiolucent
Information
- Description
- test 1
- Author
- Korie Hi
- Language
- English
- Views
- 48
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