Please match the most relevant physical constant, equation, definition and/or in
ID: 1590120 • 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.
Explanation / Answer
sir could you please repost, the picture is not shown and this seems to be a very interesting question
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