Calculate the dielectric constant from the slopes of the graphs (this will include a new derivation). Compare to the recorded values.

Capacitance vs. Area 1.80E-12 1. 60E-12 y = 4E-15x - 3E-16.. 1.40E-12 1.20E-12 . Original 1.00E-12 Dielectric 2 Capacitance (F) y = 3E-15x - 2E-16 8. 00E-13 Dielectric 1 (paper) 6.00E-13 ......... Linear (Original) 4.00E-13 ......... Linear (Dielectric 2) 2. 00E-13 y = 9E-16x - 1E-16 ......... Linear (Dielectric 1 (paper)) 0. 0OE+00 0 100 200 300 400 500 Area (mm^2) Capacitance vs. Inverse of Separation Distance 2.50E+03 2.00E +03 y = 11.401x - 16.618... .......' Original 1.50E+03 Dielectric 1 Inverse of Sepeartion of Distance (m^- 1.00E+03 Dielectric 2 ....... Linear (Original) 5.00E+02 y = 3E-12x + 1E-15 ......... Linear (Dielectric 1) y = 4E-12x - 4E-15 0.00E +00 ......... Linear (Dielectric 2) 47 97 147 Capacitance (F)Dielectric 1: Paper Area= 100.0 mm2 K= 3.50 Constance d: Separation Distance: 10.0mm Capacitance (F) Area (mm2 ) 3.10E-13 100.0 4.69E-13 151.4 6.27E-13 202.3 7.82E-13 252.4 9.27E-13 299.2 10.40E-13 335.6 12.40E-13 400.0 Constant A: Area: 100.0 mm2 Capacitance (F) Separation Distance (mm2) 3.10E-13 10.0 3.46E-13 9.0 3.91E-13 7.9 4.50E-13 6.9 5.15E-13 6.0 6.20E-13 5.0Dielectric 2: Glass Area = _100.0 mm2 K= 4.70 Constant d: Separation Distance: 10.0mm Capacitance (F) Area(mm2) 4.16E-13 100.0 6.30E-13 151.4 8.42E-13 202.3 10.50E-13 252.4 12.63E-13 303.6 14.56E-13 349.9 16.65E-13 400.0 Constant A: Area: 100.0 mm Capacitance (F) Separation Distance (mm) 4.16E-13 10.0 4.64E-13 9.0 5.14E-13 8.1 6.05E-13 6.9 6.92E-13 6.0 8.32E-13 5.0