BEE
Unit 5 D.C. Circuits Apply Thevenins theorem to calculate current drawn by 8Ω resistance for the circuit shown in fig.
(6M) 2. Calculate current flowing in 6Ω resistance for the circuit shown in fig. applying superposition theorem
(6M)3. Calculate the effective resistance between points A&B in given circuit.
(6M)4. Using Kirchhoff’s laws find the current in 2 Ω resistance for the circuit shown.
(6M)5. Using superposision theorem find the current flowing through 4Ω resistance for the network shown in fig.
(6M) 6. Using kirchhofs laws find the current in 2 Ω resistance for the circuit shown.
(6M) 7. Explain classification of electrical networks. (6M) 8. State & explain Kirchhoff’s laws. (6M) 9. Derive equations to convert star connected resistance to equivalent delta connected resistances. (6M) 10. Derive equations to convert delta connected resistance to equivalent star connected resistances. (6M) 11. State & explain Superposition theorem. (6M) 12. State & explain Thevenin’s theorem. (6M)
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(6M)Apply thevenins theorem to calculate current flowing in 5 Ohm resistance for network shown below. [7]
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