Question

5. An electric circuit is described by the equation $12V = \frac{I}{[1/(5\Omega + 6\Omega) + 1/(8\Omega)]^{-1} + 14\Omega}$ a. Draw the circuit. b. What is the equivalent resistance? 6. An electric circuit is described by the equation $12V = \frac{Q}{[1/(5\mu F + 6\mu F) + 1/(8\mu F)]^{-1} + 14\mu F}$ a. Draw the circuit. b. What is the equivalent capacitance? 7. Consider a series RC circuit constructed from a resistor $R_{eq}$ from question 5b and a capacitor $C_{eq}$ from question 6b and a 12 $V$ battery. a. Draw the circuit. b. What is the maximum charge the capacitor can hold in this circuit? c. How long to charge the capacitor to 75% of its maximum charge? d. What is the voltage drop across the capacitor when it has 75% of its maximum charge? e. What is the voltage drop across the resistor at this time? f. What is the current through the resistor at this time? g. What is the current through the resistor at t = 0 s? h. What is the current through the resistor at t = $\infty$ s?

          5. An electric circuit is described by the equation
$12V = \frac{I}{[1/(5\Omega + 6\Omega) + 1/(8\Omega)]^{-1} + 14\Omega}$
a. Draw the circuit.
b. What is the equivalent resistance?

6. An electric circuit is described by the equation
$12V = \frac{Q}{[1/(5\mu F + 6\mu F) + 1/(8\mu F)]^{-1} + 14\mu F}$
a. Draw the circuit.
b. What is the equivalent capacitance?

7. Consider a series RC circuit constructed from a resistor $R_{eq}$ from question 5b and a capacitor $C_{eq}$
from question 6b and a 12 $V$ battery.
a. Draw the circuit.
b. What is the maximum charge the capacitor can hold in this circuit?
c. How long to charge the capacitor to 75% of its maximum charge?
d. What is the voltage drop across the capacitor when it has 75% of its maximum charge?
e. What is the voltage drop across the resistor at this time?
f. What is the current through the resistor at this time?
g. What is the current through the resistor at t = 0 s?
h. What is the current through the resistor at t = $\infty$ s?

5. An electric circuit is described by the equation
12V = (I)/([1/(5Ω + 6Ω) + 1/(8Ω)]^-1 + 14Ω)
a. Draw the circuit.
b. What is the equivalent resistance?

6. An electric circuit is described by the equation
12V = (Q)/([1/(5μ F + 6μ F) + 1/(8μ F)]^-1 + 14μ F)
a. Draw the circuit.
b. What is the equivalent capacitance?

7. Consider a series RC circuit constructed from a resistor Req from question 5b and a capacitor Ceq
from question 6b and a 12 V battery.
a. Draw the circuit.
b. What is the maximum charge the capacitor can hold in this circuit?
c. How long to charge the capacitor to 75% of its maximum charge?
d. What is the voltage drop across the capacitor when it has 75% of its maximum charge?
e. What is the voltage drop across the resistor at this time?
f. What is the current through the resistor at this time?
g. What is the current through the resistor at t = 0 s?
h. What is the current through the resistor at t = ∞ s?

Added by Isabella B.

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