Algorithm Analysis: Primitive Operations

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Questions and Answers

How many primitive operations are involved in initializing the variable currentMax to A?

  • One operation
  • Four operations
  • Three operations
  • Two operations (correct)

What is the role of the initialization step for counter i in the algorithm?

  • To set the initial index for the algorithm (correct)
  • To check the conditions before looping
  • To increase the count of primitive operations
  • To decrement the counter variable

Which type of operations are counted when analyzing algorithms like arrayMax?

  • Only those operations that occur outside loops
  • Primitive operations executed, including those in loops (correct)
  • Only variable assignments
  • Only mathematical operations

How many primitive operations are executed during the initialization of counter i?

<p>One operation (C)</p> Signup and view all the answers

Why is it important to analyze the number of primitive operations in an algorithm?

<p>To evaluate the algorithm's efficiency (B)</p> Signup and view all the answers

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Study Notes

Primitive Operations in Algorithm Analysis

  • Assigning a value to a variable like currentMax is considered a primitive operation.
  • It involves a single step that doesn't break down into further steps.
  • Initializing a variable sets its initial value, usually at the start of an algorithm.
  • For currentMax, initializing it to A takes one primitive operation.
  • Initializing the counter i sets the starting point for the loop.
  • It's necessary to start counting from a specific position, in this case, likely the beginning of an array.
  • Primitive operations analyzed in algorithms include assignments, comparisons, and arithmetic operations.
  • These operations are considered fundamental building blocks of an algorithm.
  • Initializing i to a value, for example, 1, also takes one primitive operation.
  • Analyzing the number of operations helps determine how efficiently an algorithm performs.
  • It allows developers to compare different algorithms for the same task and select the most efficient one.

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