Q1.
Calculate the total resistance in Ohms of the circuit below:
Q2.
In Q1 if there was a 230 volt supply, what would be the current
flowing?
Q3.
In Q1 what would be the voltage drop across the 20 Ohm resistor?
Q4. Calculate the total resistance
of the circuit below
Q5.(a) In Q4, if there was
a supply voltage of 230 volt, what would be the current flowing in
the 50 Ohm resistor?
Q5.(b) In Q4 above, what is
the line current?
Q6.
Calculate the total resistance in the circuit below:
Q7. If in Q6 the supply voltage
was 200 volts, what would be the line current?
Q8. What would be the voltage
across the 60 Ohm resistor?
Q9. What would be the current
flowing through the 30 Ohm resistor?
Q10. What would be the current
flowing through the 60 Ohm resistor?
Q11. Given the circuit below,
answer the following questions:
Q11.(a) What is the current
flowing?
Q11.(b)
What is the voltage drop across R1?
Q11.(c)
What is the supply voltage?
Q11.(d) What is the value of resistance of R3?
Q11.(e) What is the total resistance?
Q12.(a) Calculate the power
consumed by the 20 Ohm resistor in Q1.
Q12.(b) Calculate the total
power consumed in Q1.
Q13.(a)
Calculate the power consumed by the 10 Ohm resistor in Q4.
Q13.(b)
Calculate the total power consumed in Q4.
Q14.(a)
Calculate
the power consumed by the 60 Ohm resistor in Q6.
Q14.(b)
Calculate
the total power consumed in Q6.
Q15.(a)
Calculate
the power consumed by the 60 Ohm resistor in Q11.
Q15.(b)
Calculate
the total power consumed in Q11.
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