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Separation d (_10__m) Plate Area A ( 100 m:) Capacitance C,=(ɛ,*AVd_(_9.0x10^14_F) Trial Potential Stored energy Charge Q (C) Stored Electric Field v2 Q? E2 difference (V/m)2 | Density uJ/m³) u=U/(Ad) Energy between (Volt)2 (c?) v (V) U () plates E (V/m) U= 1/2•E,•E4 1 -1.5 1.3x10- 1.0x10- -.15 -2.25 1.69x1 -.0225 -9.9x10-14 13 13 0-26 2 -1.3 1.2x10- 7.0x10- -.13 -1.69 1.44x1 -.0169 -7.5x10-14 13 14 0-26 3 -1.0 9.0x10- 4.0x10- -.10 -1.0 8.1x10 -.001 -4.4x10-15 14 14 -27 -0.7 6.0x10- 2.0x10- -.07 -0.49 3.6x10 -.0049 -2.2x10-14 14 14 -27 -0.4 4.0x10- 1.0x10- -.04 -0.16 1.6x10 -.0016 -7.08x10-15 14 14 -27 .04 4.0x10- 1.0x10- .04 0.16 1.6x10 .0016 7.08x10-15 14 14 -27 7 .07 6.0x10- 2.0x10- .07 0.49 3.6x10 .0049 2.2x10-14 14 14 -27 8 1.0 9.0x10- 4.0x10- .10 1.0 8.1.0x .001 4.4x10-15 14 14 10-27 9 1.3 1.2x10- 7.0x10- .13 1.69 1.44x1 .0169 7.5x10-14 13 14 0-26 10 1.5 1.3x10- 1.0x10- .15 2.25 1.69x1 .0225 9.9x10-14 13 13 0-26 st

Separation d (_10__m) Plate Area A ( 100 m:) Capacitance C,=(ɛ,*AVd_(_9.0x10^14_F) Trial Potential Stored energy Charge Q (C) Stored Electric Field v2 Q? E2 difference (V/m)2 | Density uJ/m³) u=U/(Ad) Energy between (Volt)2 (c?) v (V) U () plates E (V/m) U= 1/2•E,•E4 1 -1.5 1.3x10- 1.0x10- -.15 -2.25 1.69x1 -.0225 -9.9x10-14 13 13 0-26 2 -1.3 1.2x10- 7.0x10- -.13 -1.69 1.44x1 -.0169 -7.5x10-14 13 14 0-26 3 -1.0 9.0x10- 4.0x10- -.10 -1.0 8.1x10 -.001 -4.4x10-15 14 14 -27 -0.7 6.0x10- 2.0x10- -.07 -0.49 3.6x10 -.0049 -2.2x10-14 14 14 -27 -0.4 4.0x10- 1.0x10- -.04 -0.16 1.6x10 -.0016 -7.08x10-15 14 14 -27 .04 4.0x10- 1.0x10- .04 0.16 1.6x10 .0016 7.08x10-15 14 14 -27 7 .07 6.0x10- 2.0x10- .07 0.49 3.6x10 .0049 2.2x10-14 14 14 -27 8 1.0 9.0x10- 4.0x10- .10 1.0 8.1.0x .001 4.4x10-15 14 14 10-27 9 1.3 1.2x10- 7.0x10- .13 1.69 1.44x1 .0169 7.5x10-14 13 14 0-26 10 1.5 1.3x10- 1.0x10- .15 2.25 1.69x1 .0225 9.9x10-14 13 13 0-26 st

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Slope: 441.4

Use the equation u = 1/2 *ε0*E2 , to determine ε0 using the slope, compare this value of ε0 with ε0 =8.85x10-12 F/m, the calculate the percentage error. 

Separation d (_10__ m) Plate Area A (_ _100 m?) Capacitance C,=(ɛ,*A)/d__9.0x10^14_F) Trial Potential Charge Stored Electric Field v2 Q? E? Stored energy difference Q (C) V (V) Energy between U () (Volt)? | (C?) (V/m)² | Density u(J/m3) u=U/(Ad) plates E (V/m) U= 1/2•€0•E4 * 1 -1.5 1.3x10- 1.0x10- -.15 -2.25 1.69x1 -.0225 -9.9x10-14 13 13 0-26 2 -1.3 1.2x10- 7.0x10- -.13 -1.69 1.44x1 -.0169 -7.5x10-14 13 14 0-26 3 -1.0 9.0x10- 4.0x10- -.10 -1.0 8.1x10 -.001 -4.4x10-15 14 14 -27 4 -0.7 6.0x10- 2.0х10- -.07 -0.49 3.6х10 -.0049 -2.2x10-14 14 14 -27 -0.4 4.0x10- 1.0x10- -.04 -0.16 1.6x10| -.0016 -7.08x10-15 14 14 -27 .04 4.0x10- 1.0x10- .04 0.16 1.6x10 .0016 7.08х10-15 14 14 -27 .07 6.0x10- 2.0x10- .07 0.49 3.6х10 .0049 2.2x10-14 14 14 -27 8 1.0 9.0x10- 4.0x10- .10 1.0 8.1.0x .001 4.4x10-15 14 14 10-27 1.3 1.2x10- 7.0x10- .13 1.69 1.44x1 .0169 7.5x10-14 13 14 0-26 10 1.5 1.3x10- 1.0x10- .15 2.25 1.69x1 .0225 9.9x10-14 13 13 0-26
Transcribed Image Text:Separation d (_10__ m) Plate Area A (_ _100 m?) Capacitance C,=(ɛ,*A)/d__9.0x10^14_F) Trial Potential Charge Stored Electric Field v2 Q? E? Stored energy difference Q (C) V (V) Energy between U () (Volt)? | (C?) (V/m)² | Density u(J/m3) u=U/(Ad) plates E (V/m) U= 1/2•€0•E4 * 1 -1.5 1.3x10- 1.0x10- -.15 -2.25 1.69x1 -.0225 -9.9x10-14 13 13 0-26 2 -1.3 1.2x10- 7.0x10- -.13 -1.69 1.44x1 -.0169 -7.5x10-14 13 14 0-26 3 -1.0 9.0x10- 4.0x10- -.10 -1.0 8.1x10 -.001 -4.4x10-15 14 14 -27 4 -0.7 6.0x10- 2.0х10- -.07 -0.49 3.6х10 -.0049 -2.2x10-14 14 14 -27 -0.4 4.0x10- 1.0x10- -.04 -0.16 1.6x10| -.0016 -7.08x10-15 14 14 -27 .04 4.0x10- 1.0x10- .04 0.16 1.6x10 .0016 7.08х10-15 14 14 -27 .07 6.0x10- 2.0x10- .07 0.49 3.6х10 .0049 2.2x10-14 14 14 -27 8 1.0 9.0x10- 4.0x10- .10 1.0 8.1.0x .001 4.4x10-15 14 14 10-27 1.3 1.2x10- 7.0x10- .13 1.69 1.44x1 .0169 7.5x10-14 13 14 0-26 10 1.5 1.3x10- 1.0x10- .15 2.25 1.69x1 .0225 9.9x10-14 13 13 0-26
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