NEETS_electronics reviewer
Solid
Liquid
Gaseous
Each of the above
Element
Mixture
Compound
Solution
An element
A mixture
A compound
A solution
Proton
Electron
Positron
Neutron
Proton
Electron
Positron
Neutron
Proton
Electron
Positron
Neutron
An element
A mixture
A compound
A solution
Angstroms
Photons
Wavelengths
Frequencies
The electron will move around the same orbit faster
The electron will jump to an orbit further from the nucleus
The electron will jump to an orbit closer to the nucleus
The electron will merge with the nucleus
Valence
Atomic weight
Atomic number
Number of shells
Unbalanced
Lightened
Neutral
Ionized
The temperature differences
The physical state of their mass
The number of free electrons
The designations of the outer shells
Neutral
Positive
Negative
Discharged
Friction between two conductors
Friction between two insulators
Pressure between two conductors
Pressure between two insulators
Positive
Negative
Neutral
Intermediate
Unlike charges repel each other, like charges repel each other
Unlike charges attract each other, like charges attract each other
Unlike charges repel each other, like charges attract each other
Unlike charges attract each other, like charges repel each other
Electric field of force
Electrostatic field
Dielectric field
Each of the above
Entering negative charge, entering positive charge
Entering negative charge, leaving positive charge
Leaving negative charge, leaving positive charge
Leaving negative charge, entering positive charge
Batteries
Light bulbs
High-fidelity speakers
Each of the above
They are attracted by magnets
They can be magnetized
Both 1 and 2 above
They are electrical insulators
They are all alloys
They all contain nickel
They make very weak magnets
They are relatively easy to magnetize
Temporary
Permanent
Residual
Natural
Permeability
Retentivity
Reluctance
Ionization
Like poles attract, unlike poles attract
Like poles attract, unlike poles repel
Like poles repel, unlike poles repel
Like poles repel, unlike poles attract
The geographic north pole
The magnetic north pole
The geographic south pole
The magnetic south pole
Tiny molecular magnets
Domains of magnetic influence
Large blocks of material acting as magnets
Atoms with electrons spinning different directions
Charged
Insulated
Neutralized
Magnetized
The magnetic field
The electrostatic field
The piezoelectric effect
The chemical reaction of the magnet and the filings
Magnetic pole
Force field pole
Magnetic line of force
Electrostatic line of force
They form closed loops around the magnet
They leave the magnetic material at right angles to the surface
They cross each other at right angles
They leave the north pole and enter the south pole of the magnet