How to use in-sentence of “Electric charge”:
– The electric charge on a proton is equal in amount to the charge on an electron.
– The electric charge it can supply depends on how large the cell is, as well as what chemicals.
– Particles with colour charge exchange gluons, like particles with electric charge exchange photons.
– Protons have a positive electric charge and electrons have a negative charge.
– An example for Dirac fermions are electrons, and positrons; they have the same properties, but their electric charge is different.
– The law is about the relationship between electric charge and the resulting electric field.
– Volta worked on the electrophorus that makes a static electric charge in 1775.
Example sentences of “Electric charge”:
– So, the H-field is like the electric field E which starts at a positive electric charge and ends at a negative electric charge.
– Electrons carry the same negative electric charge which makes them repel each other.
– It has a negative electric charge and half spin.
– This is based by an electric charge preservation law.
– In 1812, he published his extension of Laplace’s equation, which allowed its use for electric charge at the surface of solids.
– The coulomb was named in honor of Charles-Augustin de Coulomb who worked on understanding electric charge in the late 1700s.
– The elementary charge is the smallest electric charge found in a stable particle.
– The deliberate moving of only those electrons with a certain spin can be used to store information and this technology has been called spintronics to distinguish it from conventional use of electrons in electronics which uses their electric charge only.
– So, the total electric charge on an ion is the number of protons in the ion minus the number of electrons.
- So, the H-field is like the electric field E which starts at a positive electric charge and ends at a negative electric charge.
- Electrons carry the same negative electric charge which makes them repel each other.
– The movement of electric charge is called current in an electric circuit.
– Now we know the rubbing strips off electrons, and that gives an electric charge to the amber.
– The displacement current is justified today because it serves several requirements of an electromagnetic theory: correct prediction of magnetic fields in regions where no free current flows; prediction of wave propagation of electromagnetic fields; and conservation of electric charge in cases where charge density is time-varying.
– The amount of electric charge stored in double-layer capacitance is linearly proportional to the applied voltage.
– Non-polar: electrons shared so that there is no difference in electric charge between different parts of the molecule.
– This electric charge remains on an object until it either flows into the ground, or loses its charge quickly by a discharge.