The quadrant in which a line drawn from the origin resides is determined by the angle the line makes with the positive x- axis, as follows: Angle from the Positive X-Axis Between 0 and 90 degrees Between 90 and 180 degrees Between 180 and 270 degrees Between 270 and 360 degrees Quadrant II ||| III IV (Note: If the angle is exactly 0, 90, 180, or 270 degrees, the corresponding line doesn't reside in any quadrant but lies on an axis. Display a message that identifies an angle of 0 degrees as the positive x-axis, an angle of 90 degrees as the positive y-axis, an angle of 180 degrees as the negative x- axis, and an angle of 270 degrees as the negative y-axis.) Using this information, write program that accepts the angle of the line as user input and determines and displays the correct quadrant for the input data.
The quadrant in which a line drawn from the origin resides is determined by the angle the line makes with the positive x- axis, as follows: Angle from the Positive X-Axis Between 0 and 90 degrees Between 90 and 180 degrees Between 180 and 270 degrees Between 270 and 360 degrees Quadrant II ||| III IV (Note: If the angle is exactly 0, 90, 180, or 270 degrees, the corresponding line doesn't reside in any quadrant but lies on an axis. Display a message that identifies an angle of 0 degrees as the positive x-axis, an angle of 90 degrees as the positive y-axis, an angle of 180 degrees as the negative x- axis, and an angle of 270 degrees as the negative y-axis.) Using this information, write program that accepts the angle of the line as user input and determines and displays the correct quadrant for the input data.
C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter4: Selection Structures
Section4.2: The If-else Statement
Problem 8E
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Use python
![The quadrant in which a line drawn from the origin resides is
determined by the angle the line makes with the positive x-
axis, as follows:
Angle from the Positive X-Axis
Between 0 and 90 degrees
Between 90 and 180 degrees
Between 180 and 270 degrees
Between 270 and 360 degrees
Quadrant
I
||
M
(Note: If the
gle is exactly 0, 90, 180, or 270 degrees, the
corresponding line doesn't reside in any quadrant but lies on
an axis. Display a message that identifies an angle of 0
degrees as the positive x-axis, an angle of 90 degrees as the
positive y-axis, an angle of 180 degrees as the negative x-
axis, and an angle of 270 degrees as the negative y-axis.)
Using this information, write program that accepts the angle
of the line as user input and determines and displays the
correct quadrant for the input data.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0e677719-c924-4cbd-9dd8-9cbc00ab3b5a%2Ff6d550d8-0a3c-491e-99a9-5b02559ad042%2Fclojq5f_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The quadrant in which a line drawn from the origin resides is
determined by the angle the line makes with the positive x-
axis, as follows:
Angle from the Positive X-Axis
Between 0 and 90 degrees
Between 90 and 180 degrees
Between 180 and 270 degrees
Between 270 and 360 degrees
Quadrant
I
||
M
(Note: If the
gle is exactly 0, 90, 180, or 270 degrees, the
corresponding line doesn't reside in any quadrant but lies on
an axis. Display a message that identifies an angle of 0
degrees as the positive x-axis, an angle of 90 degrees as the
positive y-axis, an angle of 180 degrees as the negative x-
axis, and an angle of 270 degrees as the negative y-axis.)
Using this information, write program that accepts the angle
of the line as user input and determines and displays the
correct quadrant for the input data.
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