(Quadrants) Given an angle in radians that is in the interval (0, 27), we will say that it is in the first quadrant if it is in the interval (0, 5), the second quadrant if it is in the interval [5, 7), the third quadrant if it is in the interval [7, ), and the fourth quadrant if it is in the interval (, 27). which_quadrant Function: Input variables: • a scalar representing an angle in radians in the interval (0, 2m) Output variables: • a string which contains XX is in the first quadrant or XX is in the second quadrant or XX is in the third quadrant or XX is in the fourth quadrant where XX is the floating-point representation of the angle LA possible sample case is: > » quadrant = quadrant which_quadrant(pi/4) = 0.785398 is in the first quadrant

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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(Quadrants) Given an angle in radians that is in the interval (0, 2n), we will say that
it is in the first quadrant if it is in the interval [0, 5), the second quadrant if it is in
the interval [5, 7), the third quadrant if it is in the interval [7, ), and the fourth
quadrant if it is in the interval (, 27).
> 2
which_quadrant Function:
Input variables:
• a scalar representing an angle in radians in the interval (0, 27)
Output variables:
• a string which contains
XX is in the first quadrant
or
XX is in the second quadrant
or
XX is in the third quadrant
or
XX is in the fourth quadrant
where XX is the floating-point representation of the angle
A possible sample case is:
» quadrant =
which_quadrant(pi/4)
0.785398 is in the first quadrant
quadrant
Transcribed Image Text:(Quadrants) Given an angle in radians that is in the interval (0, 2n), we will say that it is in the first quadrant if it is in the interval [0, 5), the second quadrant if it is in the interval [5, 7), the third quadrant if it is in the interval [7, ), and the fourth quadrant if it is in the interval (, 27). > 2 which_quadrant Function: Input variables: • a scalar representing an angle in radians in the interval (0, 27) Output variables: • a string which contains XX is in the first quadrant or XX is in the second quadrant or XX is in the third quadrant or XX is in the fourth quadrant where XX is the floating-point representation of the angle A possible sample case is: » quadrant = which_quadrant(pi/4) 0.785398 is in the first quadrant quadrant
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