Question: In problems 2 10, we consider a simple electrical circuit with voltage V (measured in volts), resistance R (measured in ohms), and current I (measured

 In problems 2 10, we consider a simple electrical circuit withvoltage V (measured in volts), resistance R (measured in ohms), and currentI (measured in amps). These three positive variables are related to oneanother by "Ohms' Law\": V: I R. We may consider this lawas written, rewrite it as : I=I(R,V) =% or R=R(I,V) =1; V
R Basic Electrical Circuit R Georg Simon Ohm Ohm's LawOR av 6.Use Ohms' Law V= IR to simplify completely the "cyclic" expression: aRav al7. Verify Clairaut's Theorem: IRV = VR8. Determine the equation ofthe tangent plane to the surface I = [(1117) = g atR=3_. V: 12

In problems 2 10, we consider a simple electrical circuit with voltage V (measured in volts), resistance R (measured in ohms), and current I (measured in amps). These three positive variables are related to one another by "Ohms' Law\": V: I R. We may consider this law as written, rewrite it as : I=I(R,V) =% or R=R(I,V) =1; V R Basic Electrical Circuit R Georg Simon Ohm Ohm's LawOR av 6. Use Ohms' Law V= IR to simplify completely the "cyclic" expression: aR av al7. Verify Clairaut's Theorem: IRV = VR8. Determine the equation of the tangent plane to the surface I = [(1117) = g at R=3_. V: 12

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