An electric bulb connected to a 220V supply line draws a current of 0.05A . Calculate the amount of coulombs per second flowing through the bulb

Question

Answer

Current flowing through the bulb is the measure of the amount of charge flowing through it per uint time as the bulb draws a current of 0.05 A, so 0.05 coulomb per second is flowing through the bulb .

Answer

Calculating Coulombs per Second Flowing Through an Electric Bulb

Given Information:

Supply Voltage (V) = 220V

Current (I) = 0.05A

Calculating Coulombs per Second:

Coulombs per second is also known as Electric Charge per second. It is calculated using the following formula:

Coulombs per second = Current (I)

Therefore, the amount of coulombs per second flowing through the electric bulb can be calculated as follows:

Coulombs per second = 0.05A

So, the electric bulb draws an electric charge of 0.05 Coulombs per second from the supply line.

Explanation:

An electric bulb is a device that converts electrical energy into light energy. When an electric bulb is connected to a power supply, it draws a current from the supply line. The current is the flow of electric charge, which is measured in Amperes (A). The amount of electric charge flowing through the bulb per second is known as Coulombs per second.

In this scenario, the electric bulb is connected to a 220V supply line and draws a current of 0.05A. To calculate the Coulombs per second flowing through the bulb, we simply need to use the formula Coulombs per second = Current (I). Therefore, the electric bulb draws an electric charge of 0.05 Coulombs per second from the supply line.

This information can be useful in determining the power consumption of the electric bulb, which is calculated using the formula Power (P) = Voltage (V) x Current (I).

Conclusion:

The amount of Coulombs per second flowing through an electric bulb connected to a 220V supply line and drawing a current of 0.05A is 0.05 Coulombs per second. This information can be used to determine the power consumption of the electric bulb.

Answer

0.15c/s<div><br /></div>

Answer

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