Nowadays, transistors are mainly used.
All electronic devices use digital communications, which is binary.
All information on computers (and other electronic as well as most optical storage devices) is stored and processed in binary form. This may be bits that are either magnetised or not magnetised in electronic storage, or pits and bands in optical devices. This one-or-the-other is a means of coding information in a binary fashion.
Because it's much, much easier to design electronic two-way switches that electronic ten-way switches. A two-way switch leads to binary.
Binary computation.
because when a man loves a man as much as ross wilson does then well its ether a one or a 0 in the bedroom if you get what i mean
1,024 is the highest number 10 digits in binary can describe
Digital electronics deals with binary number system and the digital system can easily understand binary number system so processing is easy . no any more level like analog so chances of error reduce, very high speed of operation. These devices also require low power for proper operation.
Binary
Two-state devices mean 0 or 1 and they are called binary.
Because the switches that are used are usually on/off switches. Notice: on + off = two settings. Binary = Two digits. To get something digital and non-binary (for example, trinary) you would need a switch that can be "on", "off", and "sort of on". In addition, you wold need logic gates that support this "sort of on" setting.
a gps.
The binary number system is very easy to equate to the way how all electronic devices work - two discrete values: on and off.