Which is better electric current parallel or series?

Question

Answer

Parallel .

Answer

Advantages of parallel combination over series combination are: 1) In parallel combination each appliance gets the full voltage. 2) If one appliance is switched on/of others are not affected. 3) The parallel circuitdivide the current through the appliances.

Answer

In parallel

Answer

Parallel series .
protect from big loss .

Answer

Parallel.

Answer

Parallel h bhai shab

Answer

1) In parallel combination each appliance gets the full voltage.

2) If one appliance is switched on/of others are not affected.

3) The parallel circuit divide the current through the appliances. Each appliance gets proper current depending on its resistance.

4) In a parallel combination it is very easy to connect or disconnect a new appliance without affecting the working of other appliances.

THIS IS WHY PARALLEL IS BETTER THAN SERIES

hope it will help u :)

Answer

Parallel

Answer

Parallel....

Answer

.parallel.

Answer

Parallel combination is better in electric circuit because- All the domestic appliances works on the supply voltage.

Answer

Parallel
because of less chances of breakdown of circuit
but series also
because for eg 5 bulbs are connected in series we need not to switch on many switches only single switch can be used

Answer

Its parallel

Answer

Parallel connection is better than series

Answer

Parallel is better than series

Answer

It is good to have parallel electric connection it prevents you from electric chock,overload etc.

Answer

Obviously..parallel bro...

Answer

Introduction

When it comes to electric circuits, there are two common ways to connect components: in series or in parallel. Understanding the advantages and disadvantages of each arrangement is crucial in determining which is better suited for a given situation.

Series Circuit
In a series circuit, the components are connected in a sequential manner, forming a single path for the electric current to flow.

Advantages:
- Current remains constant: In a series circuit, the same current flows through all the components. This feature makes it suitable for devices that require a constant current, such as LEDs or resistors.
- Simple design: Series circuits are relatively easy to design and construct, making them a practical choice for basic applications.
- Lower cost: Since series circuits require fewer components, they tend to be more cost-effective.

Disadvantages:
- Diminished voltage: In a series circuit, the total voltage is divided among the components. As a result, each component receives a lower voltage, which may be problematic for devices that require a specific voltage to operate optimally.
- Failure of one component affects the whole circuit: If one component in a series circuit fails, the entire circuit will be interrupted, resulting in the loss of function for all components.

Parallel Circuit
In a parallel circuit, the components are connected in multiple branches, providing separate paths for the electric current to flow.

Advantages:
- Constant voltage: In a parallel circuit, each component receives the full voltage of the power source. This characteristic is beneficial for devices that require a consistent voltage to function correctly.
- Independent operation: Each component in a parallel circuit operates independently, meaning that a failure in one component will not affect the operation of others.
- Increased current capacity: Parallel circuits have the advantage of being able to handle higher currents, making them suitable for applications that require more power.

Disadvantages:
- Complex design: Compared to series circuits, parallel circuits can be more intricate to design and assemble due to the multiple branches and connections required.
- Higher cost: Parallel circuits typically require more components, leading to increased costs.

Conclusion
In conclusion, the choice between a series and parallel circuit depends on the specific requirements of the application. Series circuits are advantageous for constant current applications and simplicity, while parallel circuits are preferable for devices that need a constant voltage and independent operation. Understanding the advantages and disadvantages of each arrangement allows for informed decision-making when it comes to designing electrical circuits.

Answer

Parler

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