50 Ω ww mit this before the beginning of the lab period. Show all work. 1. In the circuit to the right, label the currents in each branch. Then write three equations using Kirchhoff's rules that can be used to find the currents through each branch. Solve for the current through each resistor and each battery. 115 Ω 35 V Hil 95V 80V 6052 www 350 2. If you have a maximum voltage of 9.6V, determine what resistance should be used in order to get a current of no more than 200 mA. Is this a maximum or minimum resistance?
50 Ω ww mit this before the beginning of the lab period. Show all work. 1. In the circuit to the right, label the currents in each branch. Then write three equations using Kirchhoff's rules that can be used to find the currents through each branch. Solve for the current through each resistor and each battery. 115 Ω 35 V Hil 95V 80V 6052 www 350 2. If you have a maximum voltage of 9.6V, determine what resistance should be used in order to get a current of no more than 200 mA. Is this a maximum or minimum resistance?
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Transcribed Image Text:50 Ω
ww
mit this before the beginning of the lab period. Show all work.
1. In the circuit to the right, label the currents in each branch. Then
write three equations using Kirchhoff's rules that can be used to find
the currents through each branch. Solve for the current through
each resistor and each battery.
115 Ω
35 V
Hil
95V
80V
6052
www
350
2. If you have a maximum voltage of 9.6V, determine what resistance should be used in order to get a
current of no more than 200 mA. Is this a maximum or minimum resistance?
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