Does Voltage Drop In Parallel Circuit?
Understanding the way electricity behaves in a parallel circuit is essential to understanding basic electrical engineering principles. It can be confusing, though, because in a parallel circuit, voltage does not always drop evenly between components, as it does in a series circuit. To understand why this is, it’s important to first understand what happens when a voltage source is connected to a parallel circuit.
When a voltage source is connected to a parallel circuit, the energy supplied by the voltage source is divided equally among all of the components in the circuit. This means that each component will get exactly the same amount of energy, regardless of the resistance of the other components. This is different from what happens in a series circuit, where the voltage drops evenly between each component.
So, if each component in a parallel circuit receives the same amount of energy, does this mean that the voltage will drop evenly across all of the components? The answer is no. The reason for this is that, even though each component has the same amount of energy, the resistance of each component will cause the voltage to drop differently across them. For example, a high-resistance component will cause more voltage to drop across it than a low-resistance component.
In conclusion, the voltage in a parallel circuit does not drop evenly between components. This is due to the resistance of each component, which causes the voltage to drop differently across them. Knowing how voltage behaves in a parallel circuit is essential for understanding basic electrical engineering principles.
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