R = 3.13 kN, R2 = 0.52 kN and ference between the points a as function of the electric current gure 1 (b).

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V (V)
Q1. Given the three resistors R1 = 3.13 k2, R2 = 0.52 kn and
R3 = 1.59 k2 The potential difference between the points a
and b [Figure 1 (a)] is plotted as function of the electric current
in the resistor, as shown in Figure 1 (b).
R
a) Which resistor does the line A in Figure 1 (b) represent?
|Which resistor does the line B in Figure 1 (b) represent?
Which resistor does the line C in Figure 1 (b) represent?
I(A)
Şekil 1 (a)
Şekil 1 (b)
b) Let Reauie be the equivalent resistor of the three resistors R,
R2 and Rg mounted in parallel. How would be the line in Figure
1 (b) representing Rawn?
c) For the resistor R3 we used two other multimeters to
determine its experimental value. The two multimeters gave
the values R3 = 1.36 kn and Rg = 1.61 k2 Determine the four
colors of the resistor R3.
Answer:
Transcribed Image Text:V (V) Q1. Given the three resistors R1 = 3.13 k2, R2 = 0.52 kn and R3 = 1.59 k2 The potential difference between the points a and b [Figure 1 (a)] is plotted as function of the electric current in the resistor, as shown in Figure 1 (b). R a) Which resistor does the line A in Figure 1 (b) represent? |Which resistor does the line B in Figure 1 (b) represent? Which resistor does the line C in Figure 1 (b) represent? I(A) Şekil 1 (a) Şekil 1 (b) b) Let Reauie be the equivalent resistor of the three resistors R, R2 and Rg mounted in parallel. How would be the line in Figure 1 (b) representing Rawn? c) For the resistor R3 we used two other multimeters to determine its experimental value. The two multimeters gave the values R3 = 1.36 kn and Rg = 1.61 k2 Determine the four colors of the resistor R3. Answer:
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