a. Find the equivalent resistance REa for the resistor combination circuit provided in figure 4.

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2.
a.
Find the equivalent resistance Reg for the resistor combination circuit provided in figure 4.
20 2
ww
ww
ww
18 2
200
92
ww
Figure 4
b.
A heater coil is made using a material of cross section 2.60x10-6m? and a resistivity of
5.00x100-m and voltage of 75 V is applied across the length of the wire. For this heater
determine the following:
i.
If the coil dissipates 5000 W, what is its length?
ii.
If applying a voltage of 100 V produces the same power dissipation, determine the
length of the wire.
3.
a.
For the DC circuit is shown in Figure 5, determaine the following:
If i,-5A, find vi and iy
If v,=3V, find ix and iy.
i.
ii.
200
300
+V1 -
i, 1)
100
402
502
Figure 5
b. Three inductors of 20mH, 50mH and 75mH respectively, are connected together in a parallel
combination with no mutual inductance between them. Calculate the total inductance of the
parallel combination in millineries.
Transcribed Image Text:2. a. Find the equivalent resistance Reg for the resistor combination circuit provided in figure 4. 20 2 ww ww ww 18 2 200 92 ww Figure 4 b. A heater coil is made using a material of cross section 2.60x10-6m? and a resistivity of 5.00x100-m and voltage of 75 V is applied across the length of the wire. For this heater determine the following: i. If the coil dissipates 5000 W, what is its length? ii. If applying a voltage of 100 V produces the same power dissipation, determine the length of the wire. 3. a. For the DC circuit is shown in Figure 5, determaine the following: If i,-5A, find vi and iy If v,=3V, find ix and iy. i. ii. 200 300 +V1 - i, 1) 100 402 502 Figure 5 b. Three inductors of 20mH, 50mH and 75mH respectively, are connected together in a parallel combination with no mutual inductance between them. Calculate the total inductance of the parallel combination in millineries.
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