Solution to Frame 19
FRAME 20
It = Et = 12 v = 2 amps
In the circuit below, It = ____________________.
Rt
6Ω
Solution to Frame 20
FRAME 21
3 amp
It = Et
So far, you have learned that in series circuits:
Rt
a. There is/are (only one/more than one) path for the
= 90 v
current to flow.
30 Ω
b. Current has the (same/different) value everywhere in the
= 3 amp
circuit.
c. To get Rt, we (sum/subtract) all individual resistances.
d. To find It, you must use (R1/Rt) _________ in the formula
It = Et .
Rt.
Solution to Frame 21
FRAME 22
The voltage applied by a battery is called the applied voltage
a. only one
(Ea).
b. same
.
c. sum
This battery will apply a voltage called the
______________________________.
d. Rt
Solution to Frame 22
FRAME 23
In the circuit below, the Ea (applied voltage) is ______ volts.
applied voltage (Ea)
MD0903
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