Energy

It doubles the equivalent capacitance of the capacitor.

It increases the equivalent capacitance of the capacitor.

It does not change the equivalent capacitance of the capacitor.

It decreases the equivalent capacitance of the capacitor.

A voltmeter.

A barometer.

A spring scale.

An ammeter.

All kinetic energy transfers to object with greater mass.

Kinetic energy of individual objects increases regardless of mass differences.

Kinetic energy vanishes since momentum is conserved instead.

Total kinetic energy is conserved and shared among objects after collision.

Bernoulli’s Equation involving fluid flow speed relates not to thermal expansion but rather dynamics of moving fluids.

Archimedes’ Principle predicting fluid displacement causes cannot be applied here since no buoyant force acts on gases inside a syringe.

Boyle’s Law describing inverse relationship between pressure and volume at constant temperature applies here.

Gay-Lussac’s Law relating pressure and temperature at constant volume leads to expansion.

Density

Weight

Volume

Mass

The 120W light bulb can transfer twice as much energy as the 60W light bulb in the same time.

none of the above

There is no real difference between the two light bulbs.

The 120W light bulb loses more energy as heat than the 60W light bulb in the same time.

Conservation of Energy

Law of Thermodynamics

Pascal's Principle

Charles's Law

They always contain potential energy which could set them into motion spontaneously.

They will eventually move due to natural entropy increase.

They remain at rest unless acted upon by an unbalanced external force.

They are experiencing balanced forces but can start moving from internal forces alone.

Calipers.

Spectrophotometer.

Micrometer.

Stopwatch.

It decreases over time.

It fluctuates randomly.

It increases over time.

It remains constant.