🔌Long wires in a circuit do not affect the time it takes for the current to flow, but they do affect the amount of current.
⚡The energy in a circuit flows through electromagnetic fields, not the electrons themselves.
🔄The flow of energy can be modeled using inductors and capacitors.
🌊The waves of fields traveling through the wires reflect and add up to the energy going into the load.
🔵The impedance of a long wire circuit is equivalent to a resistor.
Do long wires affect the time it takes for current to flow?
—No, long wires do not affect the time it takes for current to flow, but they do affect the amount of current.
How does energy flow in a circuit?
—Energy in a circuit flows through electromagnetic fields, which are created by the motion of electrons.
How can the flow of energy be modeled?
—The flow of energy in a circuit can be modeled using inductors and capacitors.
What happens to the waves of fields traveling through the wires?
—The waves of fields traveling through the wires reflect and add up to the energy going into the load.
What is the impedance of a long wire circuit?
—The impedance of a long wire circuit is equivalent to a resistor.
00:00In this video, we explore the truth about long wires in a circuit and how they affect the flow of electrical energy.
03:56Long wires do not affect the time it takes for current to flow, but they do affect the amount of current.
08:58The energy in a circuit flows through electromagnetic fields, not the electrons themselves.
11:01The flow of energy can be modeled using inductors and capacitors.
12:56The waves of fields traveling through the wires reflect and add up to the energy going into the load.
13:59The impedance of a long wire circuit is equivalent to a resistor.
