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Please match the most relevant physical constant, equation, definition and/or in

ID: 1590957 • Letter: P

Question

Please match the most relevant physical constant, equation, definition and/or interpretation between column A and B. (Symbols and definitions are based on lab 3 materials and lab manual)

a)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

b)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

c)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

d)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

e)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

f)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

g)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

h)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

i)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

j)

      [ Choose ]            absence of free magnetic poles.            magnetic permeability of free space; 1.257×10^?6 H/·m            Faraday’s law.            determination of the discrepancy between measured value and theoretical value.            capacitance of a parallel plate capacitor.            measured value deviates from an actual value.            Ampere’s law with Maxwell’s correction.            Gauss’s law for electric fields.            electric field of a parallel plate capacitor.            electric permittivity of free space; 8.854×10^?12 F/m.      

E dA B dA. ds B.ds e) eo dt dt Ho g) E eoA h) C IX-xactual j) t 2.0 Choose electric field of a parallel plate capacitor Ampere's law with Maxwells correction Faradays law magnetic permeability offree space of free space: 1257x10 (60H-m capacitance of a parallel plate capacitor absence of free magnetic poles Gauss's law for electric fields measured value deviates from an actual value of the discre between measured value and theoretical value

Explanation / Answer

I'll use only the image:

- electric field of a parallel plane capacitor: g

- Ampere's law with Maxwell correction: d

- Faraday's law: c

- magn permeability of free space: f

- capacitance of a parallel plate capacitor: h

- electric permitivity of free space: e

- absence of free magnetic poles: b

- Gauss' law for electric field: a

- measured value deviates from an actual value: j

- determination of the discrepancy...: i

If I missed smth, please tell me.

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