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Questions and Answers
What is the formula to calculate the total electric field for continuously distributed charges?
What is the formula to calculate the total electric field for continuously distributed charges?
- $E = \sum \Delta E_i$ (correct)
- $E = \int \Delta E_i$
- $E = \int dE$
- $E = \Delta E1 + \Delta E2 + \Delta E3 + ⋅ ⋅ ⋅$
Which formula represents the linear charge distribution?
Which formula represents the linear charge distribution?
- $dq = \lambda dA$
- $dq = \lambda ds$ (correct)
- $dq = \rho dV$
- $dq = \sigma dA$
How is the surface charge distribution defined?
How is the surface charge distribution defined?
- $dq = \lambda ds$
- $dq = \rho dV$
- $dq = \sigma dA$ (correct)
- $dq = \sigma ds$
What formula is used to represent the volume charge distribution?
What formula is used to represent the volume charge distribution?
In which form can the total electric field be expressed when the pieces are small enough?
In which form can the total electric field be expressed when the pieces are small enough?
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