Question

If you want to use a sensor to track temperature, what is the final step that must happen after the sensor &#x27;feels&#x27; the heat so a computer can understand it?

Accepted Answer

After the sensor feels the heat, it produces a tiny electrical signal that varies based on the temperature. The computer cannot read this raw electricity directly because computers only understand simple on-and-off pulses. To fix this, the signal must pass through an Analog-to-Digital Converter, which is a tool that turns the fluid, changing electrical signal into a string of numbers. These numbers represent the exact temperature. Think of it like translating a spoken language into written text so that a computer can finally store, process, and display the temperature reading for you.

If you want to use a sensor to track temperature, what is the final step that must happen after the sensor 'feels' the heat so a computer can understand it?

After the sensor feels the heat, it produces a tiny electrical signal that varies based on the temperature. The computer cannot read this raw electricity directly because comput....

Community Answers

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If you want to use a sensor to track temperature, what is the final step that must happen after the sensor 'feels' the heat so a computer can understand it?

After the sensor feels the heat, it produces a tiny electrical signal that varies based on the temperature. The computer cannot read this raw electricity directly because comput....

Community Answers