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Table 1 R(Q) im(A) 100 0.008 200 0.004 330 0.012 1. Using Kirchhoff's Rules, construct enough mathematically independent equations to solve for the current of each resistor. Then calculate the % error between your measured and theoretical values for the current of each resistor. You MUST use Kirchhoff's Rules R1 R2 R3 AV1=5 it(A) % Error

Table 1 R(Q) im(A) 100 0.008 200 0.004 330 0.012 1. Using Kirchhoff's Rules, construct enough mathematically independent equations to solve for the current of each resistor. Then calculate the % error between your measured and theoretical values for the current of each resistor. You MUST use Kirchhoff's Rules R1 R2 R3 AV1=5 it(A) % Error

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Table 1 R(Q) İm(A) 100 0.008 200 0.004 330 0.012 1. Using Kirchhoff's Rules, construct enough mathematically independent equations to solve for the current of each resistor. Then calculate the % error between your measured and theoretical values for the current of each resistor. You MUST use Kirchhoff's Rules R1 R2 R3 AV1=5 it(A) % Error
Transcribed Image Text:Table 1 R(Q) İm(A) 100 0.008 200 0.004 330 0.012 1. Using Kirchhoff's Rules, construct enough mathematically independent equations to solve for the current of each resistor. Then calculate the % error between your measured and theoretical values for the current of each resistor. You MUST use Kirchhoff's Rules R1 R2 R3 AV1=5 it(A) % Error
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