1. State True or False for the given statements.
(a)
Algorithms are always written in simple sentences.
(b) Each step of an algorithm should have a number.
(c) Figures can also be used in algorithms.
(d) Algorithms are always written for doing a task.
(e) An algorithm always ends with the word 'End'.
Answers
Answer:
false
true
false
false
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Answer:
(a) Algorithms are always written in simple sentences.- True
(b) Each step of an algorithm should have a number.- False
(c) Figures can also be used in algorithms.- True
(d) Algorithms are always written for doing a task.- True
(e) An algorithm always ends with the word 'End'.- True
Explanation:
In mathematics and computer science, an algorithm is a finite series of precise instructions that is used to solve a class of specific problems or perform a computation. For performing calculations and handling data, algorithms are employed as specifications.
The Latin name for Al-Khwarizmi, "Algorithmi," indicates that the Persian astronomer and mathematician Abu Abdullah Muhammad ibn Musa Al-Khwarizmi (around 850 AD) is the source of the word algorithm.
The following traits describe an algorithm:
An algorithm needs certain input values. An algorithm may receive an input value other than 0.
When an algorithm is finished, it will have generated one or more outputs.
- Unambiguity: An ideal algorithm's instructions are clear and straightforward, which suggests that they should be simple and evident.
- Algorithms must be finite in order to function. In this context, "finiteness" refers to the requirement that an algorithm have a finite number of instructions, or instructions that can be counted.
- Effectiveness: An algorithm should be adequate because each instruction has an impact on the whole procedure.
- An algorithm must be language-independent, which means that its instructions must work the same no matter what language is used to implement them.
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