How are fiber optic cables and traditional metal-based wires similar and different?(1 point)
Both fiber optic and metal are used to transmit signals across long distances.
However, metal cables use light to carry signals making them much faster and higher
quality.
Both fiber optic and metal cables transmit the same quality signal. However, metal
cables use light to transmit the data, whereas fiber optic cables do not.
Both fiber optic and metal are used to transmit signals across long distances.
However, fiber optic cables use light to carry signals making them much faster and
higher quality.
Both fiber optic and metal cables transmit the same quality signal. However, fiber
optic cables use light to transmit the data, whereas metal cables do not
Both fiber optic cables and traditional metal-based wires are used to transmit signals across long distances. However, fiber optic cables use light to carry signals, making them much faster and higher quality compared to metal-based wires.
The correct answer is: Both fiber optic and metal are used to transmit signals across long distances, but fiber optic cables use light to carry signals, making them much faster and of higher quality.
To get this answer, we need to compare the similarities and differences between fiber optic cables and traditional metal-based wires.
Similarities:
1. Both fiber optic cables and metal-based wires can be used to transmit signals across long distances.
Differences:
1. Fiber optic cables use light to carry signals, whereas metal-based wires do not. This means that fiber optic cables can transmit data at much higher speeds compared to metal-based wires.
2. Due to the use of light, fiber optic cables can carry signals of higher quality, with less loss of data or interference compared to metal-based wires.
Both fiber optic cables and traditional metal-based wires are used to transmit signals across long distances, but they differ in how they carry the signals.
Fiber optic cables use light to carry signals, which allows them to transmit data much faster and at a higher quality compared to metal-based wires. Fiber optic cables have a much higher bandwidth and can support higher data transfer rates. They also have a greater immunity to electromagnetic interference, making them more reliable for transmitting signals over long distances.
On the other hand, traditional metal-based wires rely on electrical currents to carry signals. While they can still transmit signals effectively, they are generally slower and have a lower quality compared to fiber optic cables. Metal-based wires are more susceptible to electromagnetic interference, which can cause signal degradation or loss.
In summary, the main similarities between fiber optic cables and traditional metal-based wires are that they are both used to transmit signals across long distances. However, fiber optic cables use light to carry signals, making them faster and of higher quality compared to metal-based wires.