There are three main states of matter namely, solids, liquids, and gasses. In this quiz, we look deeply into the volume of liquids and gasses and their behaviors in different conditions. All the best as you test and advance your knowledge.
A liquid is far less compressible than a gas.
A gas is far less compressible than a liquid.
A liquid is more combustible than a gas.
A gas is more combustible than a liquid.
Laminar
Interface
Buoyance
Dynamic pressure
They mix well together
One liquid will float on the other
They will become an entrained solution
They will repel each other and react violently
Feet per second
Gallons per minute
Cubic feet per second
Cubic gallons per minute
Friction, applied forces, and gravity
Friction, inertia, and atmospheric pressure
Gravity, atmospheric pressure, and inertia
Gravity, atmospheric pressure, and applied forces
The size of the pipe
The specific gravity of the fuel
The change in gallons per minute
The amount of extinguished velocity
Kilograms
Pounds
Tons
Pounds per square inch
13.1 psi
14.7 psi
15.2 psi
17.0 psi
Zero pressure
Gauge pressure
Absolute pressure
Atmospheric pressure
Overpressure
Gauge pressure
Absolute pressure
Atmospheric pressure
Kelvin scale
Rankine scale
Reaumur scale
Fahrenheit scale
Boyle’s law
Charles’ law
Dalton’s law
Gay-Lussac’s law
A compound
An element
A molecule
A mixture
Protons, neutrons, and electrons
Neutrons, elements, and protons
Electrons, molecules, and elements
Electrons, neutrons, and matter
Protons have positive charges, and electrons have neutral charges
Protons have neutral charges, and electrons have positive charges
Protons have negative charges, and electrons have positive charges
Protons have positive charges, and electrons have negative charges
Electrical potential
Free electrons
Electric current
Ionization
The outermost shell
The middle shell
The second shell
The first shell
An atom that lost a proton and has more electrons
An atom that lost an electron and has more protons
An atom that has an equal number of electrons and protons
An atom that cannot throw off any protons
Heat
Magnetism
Chemical
Reactance
Watts
Volts
Amps
Ohms
755 W
1,534 W
2,023 W
2,238 W
A natural magnet
An electromagnet
An artificial magnet
An electromechanical magnet
When the north pole of a magnet is placed near the north pole of another magnet.
When the south pole of a magnet is placed near the north pole of another magnet.
When a permanent magnet and a temporary magnet are put together.
Magnetic lines of force never cross each other.
Magnetic and heat
Chemical and heat
Chemical and mechanical
Magnetic and mechanical
Open current
Direct current
Latent current
Alternating current
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