Question

First Part: Capacitance and Area $C = \frac{\epsilon_o A}{d}$: In this part the distance, d, between the plates is kept constant d= 10x10³m and the area of the plates is changed. You are to record the values for area (in m²) and the capacitance C (in F). Take at least eight values of A and C, and then fill the table below: d= 10x10³ m A (m²) Simulated C (F) Calculated C (F) Capacitance average: Capacitance Average: Determine the percentage error using the real value $\epsilon_o$=8.85X10$^{-12}$ C²/N.m² %Error= $\frac{Calculated - Simulation}{Calculated}$ x100

          First Part: Capacitance and Area $C = \frac{\epsilon_o A}{d}$:
In this part the distance, d, between the plates is kept constant d= 10x10³m and
the area of the plates is changed. You are to record the values for area (in m²) and
the capacitance C (in F). Take at least eight values of A and C, and then fill the
table below:
d= 10x10³ m
A (m²)	Simulated C (F)	Calculated C (F)
Capacitance average:	Capacitance
Average:
Determine the percentage error using the real value $\epsilon_o$=8.85X10$^{-12}$ C²/N.m²
%Error= $\frac{Calculated - Simulation}{Calculated}$ x100

$First Part: Capacitance and Area C = ( A)/(d): In this part the distance, d, between the plates is kept constant d= 10x10³m and the area of the plates is changed. You are to record the values for area (in m²) and the capacitance C (in F). Take at least eight values of A and C, and then fill the table below: d= 10x10³ m A (m²) Simulated C (F) Calculated C (F) Capacitance average: Capacitance Average: Determine the percentage error using the real value =8.85X10^-12 C²/N.m² %Error= $\frac{Calculated - Simulation}{Calculated}$ x100$

Added by Matthew F.

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