1. Circuit connections can either be series or parallel. In a _______ connection there is only one path of electrons, and loads connected have the same current passing through them. However, in a ________ connection, there are several pathways for the current to flow through.
2.The total resistance in a _______ circuit is the sum of all resistances connected in the circuit.
3.The voltage source in _________ circuit is the sum of all voltages of the loads connected in the circuit.
4.The total resistance in a _________ circuit is greater than the largest resistance across the circuit.
5.Loads connected in parallel circuit have the _________voltage.
6.The reciprocal of the total resistance in a ________ circuit is the sum of the reciprocal resistances across the circuit.
7.The total resistance in a parallel circuit is ________ than the smallest resistance across the circuit.
8.Swithes are connected in ________ connection with the load.
9.In _________ circuit, all loads are directly connected to the voltage source. However, if too many loads are simultaneously connected at home, overloading may happen.
10.In ________ circuit, overheating does not easily happen. But, the addition of more light bulbs in this circuit causes a decrease in the brightness of the bulbs.
2.The total resistance in a _______ circuit is the sum of all resistances connected in the circuit.
3.The voltage source in _________ circuit is the sum of all voltages of the loads connected in the circuit.
4.The total resistance in a _________ circuit is greater than the largest resistance across the circuit.
5.Loads connected in parallel circuit have the _________voltage.
6.The reciprocal of the total resistance in a ________ circuit is the sum of the reciprocal resistances across the circuit.
7.The total resistance in a parallel circuit is ________ than the smallest resistance across the circuit.
8.Swithes are connected in ________ connection with the load.
9.In _________ circuit, all loads are directly connected to the voltage source. However, if too many loads are simultaneously connected at home, overloading may happen.
10.In ________ circuit, overheating does not easily happen. But, the addition of more light bulbs in this circuit causes a decrease in the brightness of the bulbs.
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1. Circuit connections can either be series or parallel. In a series connection there is only one path of electrons, and loads connected have the same current passing through them. However, in a parallel connection, there are several pathways for the current to flow through.
2.The total resistance in a parallel circuit is the sum of all resistances connected in the circuit.
3.The voltage source in series circuit is the sum of all voltages of the loads connected in the circuit.
4.The total resistance in a series circuit is greater than the largest resistance across the circuit.
5.Loads connected in parallel circuit have the same voltage.
6.The reciprocal of the total resistance in a parallel circuit is the sum of the reciprocal resistances across the circuit.
7.The total resistance in a parallel circuit is less than the smallest resistance across the circuit.
8.Swithes are connected in wire connection with the load.
9.In parallel circuit, all loads are directly connected to the voltage source. However, if too many loads are simultaneously connected at home, overloading may happen.
10.In series circuit, overheating does not easily happen. But, the addition of more light bulbs in this circuit causes a decrease in the brightness of the bulbs.
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Explanation:
1. Circuit connections can either be series or parallel. In a series connection there is only one path of electrons, and loads connected have the same current passing through them. However, in a parallel connection, there are several pathways for the current to flow through.
2.The total resistance in a parallel circuit is the sum of all resistances connected in the circuit.
3.The voltage source in series circuit is the sum of all voltages of the loads connected in the circuit.
4.The total resistance in a series circuit is greater than the largest resistance across the circuit.
5.Loads connected in parallel circuit have the same voltage.
6.The reciprocal of the total resistance in a parallel circuit is the sum of the reciprocal resistances across the circuit.
7.The total resistance in a parallel circuit is less than the smallest resistance across the circuit.
8.Swithes are connected in wire connection with the load.
9.In parallel circuit, all loads are directly connected to the voltage source. However, if too many loads are simultaneously connected at home, overloading may happen.
10.In series circuit, overheating does not easily happen. But, the addition of more light bulbs in this circuit causes a decrease in the brightness of the bulbs.
#CarryOnLearning