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A common symbol for an electromagnet in circuit diagrams is a coil of wire with a core material, such as iron, placed within the coil. The symbol typically includes a zigzag line to represent the wire coil and a straight line through the center to represent the core material.
The electrical symbol for a lightning arrester typically consists of a zigzag line representing the path of lightning, often placed between two horizontal lines that represent the electrical system it protects. It may also include a ground symbol to indicate the connection to the ground. Depending on the schematic, the symbol can vary slightly, but the zigzag feature is a common element.
The symbol for an insulator is typically represented as a zigzag line.
Graphics can't be shown on Answer.com. Two symbols can be used: one is a zigzag and the other is an narrow oblong box. Search the internet for drawings of schematic symbols.
True
it's a zigzag looking thing: like this __/\ __ but connected \/
The modern symbol is a thin rectangle, with the lead outs shown at the centre of the smaller ends. The old symbol was shown as a Zigzag.
Yes
The speed of lightning remains constant at around 224,000 miles per hour regardless of its zigzag pattern. Lightning takes the path of least resistance through the air, which often results in its characteristic zigzag shape.
labeled R, a resistor looks like this in a diagram-----/\/\/\/\/\-----add a variable resistor has an arrow superimposed at an angle.The modern symbol is a thin rectangle, with the lead outs shown at the centre of the smaller ends.The old symbol was shown as a Zigzag.
The zigzag symbol typically represents a change or fluctuation, often used in various contexts such as mathematics, art, and design. In electrical engineering, it can signify alternating current (AC) or a change in voltage. Additionally, it may indicate movement or direction, as seen in diagrams or road signs. Overall, its meaning can vary depending on the specific context in which it is used.
The zigzag lines recorded on a seismograph are called seismic waves. These waves represent the vibrations of the Earth caused by the release of energy during an earthquake. The different patterns and sizes of the waves help scientists analyze the earthquake's characteristics.