combination of resistors

(a) Two identical resistors each of resistance 10 ohm are connected : (i) in series. (ii) in parallel , in terun to a battery of 6V. Calculate the ratio of power consumed in the combination of resistors in the two cases. (b) Establish the relationship between 1 kWh and SI unit of energy .

Discuss series and parallel combinations of resistors with their salient features.

Consider the combination of resistor, The equivalent resistance between a and b is

Two identical resistor each of resistance 10 Omega are connected in (i)series and then (ii) in parallel in line to a battery of 6 volts. Calculate the ratio of power consumed in the combination of resistor in the two case.

Electrical current is the flow of charged particles. The electric current flows through a wire the same way as how water moves in a river. The electricity is nothing but the flow of electrons. There are two main combinations of resistors in circuit, that is series and parallel. In the given table, Column I shows different combinations of resistors, Column II shows voltages of different arrangements of resistors and Column III shows currents and voltage division needed or not in different arrangements of resistors. When does the voltage division problem arise?

Electrical current is the flow of charged particles. The electric current flows through a wire the same way as how water moves in a river. The electricity is nothing but the flow of electrons. There are two main combinations of resistors in circuit, that is series and parallel. In the given table, Column I shows different combinations of resistors, Column II shows voltages of different arrangements of resistors and Column III shows currents and voltage division needed or not in different arrangements of resistors. When does the current division problem arise?

Electrical current is the flow of charged particles. The electric current flows through a wire the same way as how water moves in a river. The electricity is nothing but the flow of electrons. There are two main combinations of resistors in circuit, that is series and parallel. In the given table, Column I shows different combinations of resistors, Column II shows voltages of different arrangements of resistors and Column III shows currents and voltage division needed or not in different arrangements of resistors. When there is no voltage division problem arise?