Electric Force, Field, and Potential

Their charges cancel out

They attract each other

They combine to form a neutral object

They repel each other

Both capacitance and stored energy decrease.

Capacitance increases while stored energy remains constant.

Capacitance decreases while stored energy increases.

Both capacitance and stored energy increase.

Correct repulsive electrostatic forces push them apart

One attractive gravitational pull brings them closer

Two weak nuclear forces hold them together

Three strong nuclear forces cause fusion reactions

Electrons create an interference pattern in a double-slit experiment while also causing localized impacts on detection screens.

Detecting beta radiation emissions illustrates purely particle characteristics due to their charge and mass alone.

Using X-ray crystallography shows orderly diffracted patterns but does not reveal dual behavior directly in electrons themselves.

Measuring the discrete energy levels absorbed or emitted by atoms using spectroscopy highlights electron orbitals’ sizes and energies only.

Weber

Farad

Lumen

Kelvin

An isosceles triangle with like charges at the base and opposite charge at the vertex minimizes force on the base charges.

Scalene triangle with uneven angle proportions that create balanced conditions thus reducing overall force levels resulting in zero net effects on any charge given point.

Equilateral triangle where every charge affects others equivalently leading to a homogeneous distribution but not necessarily minimized forces on each charge.

Right-triangle specifying a right angle with an opposite sign that provides stability and recognizable system pattern yet doesn't ensure minimized impacts across individual charges present within the geometrical structure set up.

Newton's Second Law

Faraday's Law of Electromagnetic Induction

Coulomb's Law

Ohm's Law

Young's double-slit experiment

Thomson's cathode ray tube experiment

Rutherford's gold foil experiment

Millikan's oil drop experiment

It halves.

It quadruples.

It doubles.

No change occurs.

Fluids being heated and rising due to decreased density causing circulation patterns.

Direct physical contact allowing kinetic energy exchange between particles at different temperatures.

Radiation from a hot surface directly heating another body across empty space.

External force performing work and converting kinetic into potential or thermal energy.