The given statement is true.
A transistor computer—often referred to as a second-generation computer—uses discrete transistors rather than vacuum tubes.
<h3>What is commercial computers?</h3>
A general term used to characterize more intense computing applications that need technology that is more powerful and trustworthy than consumer-grade goods is commercial computing, often known as industrial computing. The first digital computer made for use in commerce is named UNIVAC.
The U.S. Census Bureau dedicates UNIVAC, the country's first commercially available electronic digital computer, on June 14, 1951. The engineers who created UNIVAC, also known as the Universal Automatic Computer, were led by J.
A transistor computer—often referred to as a second-generation computer—uses discrete transistors rather than vacuum tubes. Vacuum tubes were employed in the earliest generation of electronic computers, which were big, unreliable, and produced a lot of heat.
These second-generation computers used high-level assembly and programming languages like FORTRAN (Formula Translator) and COBOL for a variety of corporate and scientific tasks (Common Business Oriented Language). These computers frequently employed tape and magnetic discs for data storage.
The electronic era began with the invention of the transistor. Transistors' power was harnessed by humans, which resulted in the transistor radio, electronic circuits, and the first computers. Long distance communication became increasingly effective in this era.
Hence, The given statement is true.
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