Question

PROBLEM 2: Classifying a Cartesian Data Point (30 points)

Answer 1

Answer: Classifying Cartesian Data Point (30 points) Write program t0 prompt the user to enter value ior variable and a value for a variable y_ The values for variables and correspond to point P = (x, y) located in the Cartesian plane (l.e- the Rectangular x-y plane). Using combination of conditional if statements and the built-in fprintf function, the program should display one of the following messages according to the value of x and y. Format the display of the coordinates as fixed-point numbers showing maximum of 2 digits after the decimal point: Point (xVal, YVal) is located on the origin_ Point (xVal, YVal) is located on the x-axis Point (xVal, YVal) is located on the y-axis. Point (xVal, YVal) is located in quadrant Point (xVal, YVal) is located in quadrant II. Point (xVal, YVal) is located in quadrant III . Point (xVal, yVal) is located in quadrant IV . Then the program displays how far (i.e. distance) point (x, Y) is from the origin: Format the display of the distance as real number showing 3 digits after the decimal point: Test your script for all possible locations of (x, y) Some sample executions of the script are shown below FIRSTNAME LASTNAME LAB7 problem2 Enter value fOr Ene coordinate: Enter value f0r Lhe coordinate: Point 20 , 90) loca Led in quadrant Point (3.20, 90) is 3.722 units away from che origin. FIRSTNAME LASTNAME LAB7 problem2 Enter value f0r Lhe coordinate: Enter value for Ehe coordinate Point (-3.20 90) 15 located in quadrant II _ Point (-3.20 , 90) 3.722 units away from the origin. FIRSTNAME_LASTNAME_LAB7 problemz Enter value for Lhe coordinate: Enter value for Lhe coordinate Point 8 0 ) located che y-axis Point (0.00, -3.80) 800 units away Tom the origin.

Explanation: