Electric Current
This knowledge is used in careers such as:
Electrician (Installs & Repairs Electrical Systems in Buildings) ~$50,000 - $90,000 - Number of jobs: 820,000 (81,000 Openings Per Year) +9% Growth
Industrial Technician (Maintains & Repairs Machines) ~$50,000 - $75,000 - Number of jobs: 540,000 (54,000 Openings Per Year) +13% Growth
Civil Engineer (Designs Infrastructure) ~$65,000 - $110,000 - Number of jobs: 370,000 (23,600 Openings Per Year) +5% Growth
Electrical Engineer (Designs Electrical Systems) ~$65,000 - $115,000 - Number of jobs: 295,000 (17,500 Openings Per Year) +7% Growth
Mechanical Engineer (Designs Machines) ~$65,000 - $115,000 - Number of jobs: 290,000 (18,100 Openings Per Year) +9% Growth
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Example:
Imagine trying to fill a swimming pool with water using a garden hose. The way the water flows steadily through the hose to fill the pool is similar to how electric current flows through a wire. Just as the water represents the volume and flow rate needed to fill the pool, the electric current represents the flow of electric charge measured in amperes (A), which fills up the "energy demand" of a circuit. In this analogy, the water represents the electric charge, the hose is the wire, and the flow rate of water equates to the amperes that measure how much charge is moving through the circuit at any given time.
Practice Version
Electric Current: A flow of electric charge, it is measured in amperes A. Electric current. It is like the flow of water through a pipe, but instead of water, it's electricity moving through wires.