Gauss's Law

Gauss's Law states that any enclosed charge is equal to the closed integration between ...

• The electric field density and differential length

• The electric field intensity and differential surface area

• The electric field density and differential surface area

• The electric field density and differential volume

If the charge present at any medium consists of volume charge density, the total flux will be equal to ...

• This volume charge density multiplied by the length

• This volume charge density multiplied by the area

• This volume charge density multiplied by the volume

• This volume charge density substituted as it is

If the charge present at any medium consists of surface charge density, the total flux will be equal to ...

• This surface charge density multiplied by the length

• This surface charge density multiplied by the area

• This surface charge density multiplied by the volume

• This surface charge density substituted as it is

If the charge present at any medium consists of line charge density, the total flux will be equal to ...

• This line charge density multiplied by the length

• This line charge density multiplied by the area

• This line charge density multiplied by the volume

• This line charge density substituted as it is

If the charge present at any medium consists of several point charges, the total flux will be equal to ...

• These point charges multiplied by the length

• These point charges multiplied by the area

• These point charges multiplied by the volume

• These point charges added together

For any problem dealing with cylinder, the left hand side from Gauss's Law should equal to ...

• 2 pi (rho) L * the electric field density

• 2 pi (rho) L * the electric field intensity

• 2 pi (r) L * the electric field density

• 2 pi (r) L * the electric field intensity

For any problem dealing with sphere, the left hand side from Gauss's Law should equal to ...

• 4 pi r^2 * the electric field intensity

• 4 pi r^2 * the electric field density

• 4 pi rho^2 * the electric field density

• 4 pi rho^2 * the electric field intensity

The divergence of any electric flux density is equal to the ...

• line charge density

• surface charge density

• volume charge density

What is the unit of measurement for any volume charge density?