Question

Table 2 Rated Resistance Value Calculated Current Calculated voltage across through each resistor ($V_R$) each resistor $R_1 = 2.2 \text{ k}\Omega$ $I_{R1} =$ $V_{R1} =$ $R_2 = 4.7 \text{ k}\Omega$ $I_{R2} =$ $V_{R2} =$ $R_3 = 5.6 \text{ k}\Omega$ $I_{R3} =$ $V_{R3} =$ $R_4 = 10 \text{ k}\Omega$ $I_{R4} =$ $V_{R4} =$ $R_T =$ $I_T =$ NOTE: Round all calculations to the hundredths place after putting the answer in Engineering notation with the proper prefix. Fig. 2 $V_s +$ 12V $R_3$ $5.6 \text{ k}\Omega$ $R_1$ $2.2 \text{ k}\Omega$ $R_4$ $10 \text{ k}\Omega$ $R_2$ $4.7 \text{ k}\Omega$

          Table 2
Rated Resistance Value
Calculated Current
Calculated voltage across
through each resistor ($V_R$)
each resistor
$R_1 = 2.2 \text{ k}\Omega$
$I_{R1} =$
$V_{R1} =$
$R_2 = 4.7 \text{ k}\Omega$
$I_{R2} =$
$V_{R2} =$
$R_3 = 5.6 \text{ k}\Omega$
$I_{R3} =$
$V_{R3} =$
$R_4 = 10 \text{ k}\Omega$
$I_{R4} =$
$V_{R4} =$
$R_T =$
$I_T =$
NOTE: Round all calculations to the hundredths place after putting the answer in Engineering
notation with the proper prefix.
Fig. 2
$V_s +$
12V
$R_3$
$5.6 \text{ k}\Omega$
$R_1$
$2.2 \text{ k}\Omega$
$R_4$
$10 \text{ k}\Omega$
$R_2$
$4.7 \text{ k}\Omega$

Table 2
Rated Resistance Value
Calculated Current
Calculated voltage across
through each resistor (VR)
each resistor
R1 = 2.2 kΩ
IR1 =
VR1 =
R2 = 4.7 kΩ
IR2 =
VR2 =
R3 = 5.6 kΩ
IR3 =
VR3 =
R4 = 10 kΩ
IR4 =
VR4 =
RT =
IT =
NOTE: Round all calculations to the hundredths place after putting the answer in Engineering
notation with the proper prefix.
Fig. 2
Vs +
12V
R3
5.6 kΩ
R1
2.2 kΩ
R4
10 kΩ
R2
4.7 kΩ

Added by Joseph W.

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