A hybrid computer combines the features of both analog and digital computers. Analog computers are designed to work with continuous measurements such as temperature, pressure, speed, and voltage, while digital computers process discrete values using numbers and binary data. A... Read More
A hybrid computer combines the features of both analog and digital computers. Analog computers are designed to work with continuous measurements such as temperature, pressure, speed, and voltage, while digital computers process discrete values using numbers and binary data. A hybrid computer brings these two capabilities together. Therefore, Option C (Hybrid) is the correct answer.
Hybrid computers are useful in situations where both continuous measurement and digital processing are required. For example, they can receive continuously changing data from sensors and then use digital processing to analyze, store, or display the results. This makes them valuable in areas such as medical systems, scientific research, industrial control, and monitoring systems.
An analog computer primarily deals with continuous physical quantities. A digital computer processes discrete information and performs calculations using numerical or binary data. A hybrid computer combines these characteristics, allowing it to measure real-world signals while also performing digital calculations and logical operations.
The term hybrid therefore indicates the combination of analog measurement and digital computation. This makes hybrid computers particularly suitable for applications where real-time physical measurements must be processed accurately.
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