Question: The polar coordinates r and 0 of a point (x, y) in the plane can be computed as follows: r = Vx2 + u? { acos(x/r) -acos(x/r) if r > 0 and y > 0 if r > 0 and y #include /* function prototype...

in C++

Question: The polar coordinates r and 0 of a point (x, y) in the plane can be computed as follows:<br>r = Vx2 + u?<br>{<br>acos(x/r)<br>-acos(x/r)<br>if r > 0 and y > 0<br>if r > 0 and y< 0<br>if r = 0<br>Write a program called xy2polar.c which uses a function called polar() to compute the polar<br>coordinates of a point. Your program must consist of a main program and a function called polar.<br>The function polar () takes the x and y coordinates of a point as arguments and computes the polar<br>coordinates coordinates (r, 0).<br>Your program must consist of a main program, which opens the output file polarout.txt for appending<br>(mode =

#include /* function prototype */ int main(void) { /* you fill in here */ return O; /* function definition */ "/>
Extracted text: Question: The polar coordinates r and 0 of a point (x, y) in the plane can be computed as follows: r = Vx2 + u? { acos(x/r) -acos(x/r) if r > 0 and y > 0 if r > 0 and y< 0="" if="" r="0" write="" a="" program="" called="" xy2polar.c="" which="" uses="" a="" function="" called="" polar()="" to="" compute="" the="" polar="" coordinates="" of="" a="" point.="" your="" program="" must="" consist="" of="" a="" main="" program="" and="" a="" function="" called="" polar.="" the="" function="" polar="" ()="" takes="" the="" x="" and="" y="" coordinates="" of="" a="" point="" as="" arguments="" and="" computes="" the="" polar="" coordinates="" coordinates="" (r,="" 0).="" your="" program="" must="" consist="" of="" a="" main="" program,="" which="" opens="" the="" output="" file="" polarout.txt="" for="" appending="" (mode="a" ),="" reads="" the="" (x,="" y)="" coordinates,="" from="" the="" user,="" calls="" polar(),="" and="" then="" write="" both="" the="" (x,="" y)="" coordinates="" and="" the="" corresponding="" (r,="" 0)="" polar="" coordinates="" to="" the="" output="" file.="" for="" marking="" purposes="" run="" your="" program="" 4="" times="" with="" (x,="" y)="" as="" follows:="" (2,2),="" (1,-1),="" (0,1)="" and="" (3,-1).="" the="" first="" (and="" subsequent)="" lines="" of="" your="" output="" should="" look="" like:="" the="" polar="" coordinates="" of="" (2.000,="" 2.000)="" are="" r="2.828" and="" theta="0.785" copy="" and="" paste="" your="" program="" into="" the="" box="" below.="" #include=""> #include /* function prototype */ int main(void) { /* you fill in here */ return O; /* function definition */

Jun 05, 2022

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Question: The polar coordinates r and 0 of a point (x, y) in the plane can be computed as follows: r = Vx2 + u? { acos(x/r) -acos(x/r) if r > 0 and y > 0 if r > 0 and y #include /* function prototype...

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