Find the error Select one or more:Line 39: << ptrobj1.X << ", "<< ptrObj1.Y << ")" << endl;Line 7: class Vector()Line 17: const double get_theta();Line 13: -Vector() {X = 1; Y = 1; }Line 40: object1->get_R():Line 20: double Vector : get_R() constLine 40: object1.get_R();Line 18:}Line 16: double get R():Line 14: -Vector()0Line 23: double Vector:get_theta()Line 32: double coordinate[2] = {3, 4};Line 34: Vector &ptrobj1 = *object1;Line 41: ptrobj1->get_theta();Line 12: private: #include 2 #include 13 using namespace std;45 double PI = 3.141529;67 class Vector{public:10double X, Y;11double R, theta_rad, degree;12X = 1; Y = 1;Vector () {-Vector (){ cout <« "Polar form is (" << R << ", " « degree <« ") "; }const double get_R();double get_theta ();131415161718} ;1920 double Vector :: get_R(){22R = sqrt (X*X + Y*Y); return R; }2123 double get_theta (){theta_rad = atan (Y/X);degree = theta_rad * 180 / PI;return degree;24252627282930 int main ()31double coordinate[2]Vector object1;Vector *ptr0bjl = &object1;object1.Xobject1.Y(3, 4);%3D3334coordinate [0];coordinate (1);35363738cout « "Rectangular form is ("39« ptrobjl->X < ", "<< ptrobjl->Y << ")" < endl;40object1.get_R;ptrobjl.get_theta();414243return 0;44333 33m

I provide all the errors along with screenshot as per your requirement

#include 2 #include 3 using namespace std; 4 5 double PI = 3.141529; 6. 7 class Vector public: double X, Y; double R, theta_rad, degree; 12 13 X - 1; Y - 1; Vector () { Vector () { cout << "Polar form is (" << R << ", " <« degree << ")"; } const double get_R(); double get_theta (); 14 15 16 17 18 } ; 19 20 double Vector :: get_R() 21{R = sqrt (X*X + Y*Y); return R; } 22 23 double get_theta () 24 25 theta_rad = atan (Y/X); degree = theta_rad * 180 / PI; return degree; 26 27 28 29 30 int main () 31 double coordinate [2] = (3, 4); Vector object1; Vector *ptrObjl = &object1; object1.X = coordinate [0]; object1.Y = coordinate (1]; 32 33 34 37 38 cout <« "Rectangular form is (" 39 « ptrobjl->x « ", "<< ptrObjl->Y << ")" « endl; 40 object1.get_R; ptrObjl.get_theta (); 41 return 0; 44 80o1 234 567 09o1 234 567 09o1 23 567 H11 L1 11 112 220N22 222 233 33 3333 234

#include 2 #include 3 using namespace std; 4 5 double PI = 3.141529; 6. 7 class Vector public: double X, Y; double R, theta_rad, degree; 12 13 X - 1; Y - 1; Vector () { Vector () { cout << "Polar form is (" << R << ", " <« degree << ")"; } const double get_R(); double get_theta (); 14 15 16 17 18 } ; 19 20 double Vector :: get_R() 21{R = sqrt (XX + YY); return R; } 22 23 double get_theta () 24 25 theta_rad = atan (Y/X); degree = theta_rad * 180 / PI; return degree; 26 27 28 29 30 int main () 31 double coordinate [2] = (3, 4); Vector object1; Vector *ptrObjl = &object1; object1.X = coordinate [0]; object1.Y = coordinate (1]; 32 33 34 37 38 cout <« "Rectangular form is (" 39 « ptrobjl->x « ", "<< ptrObjl->Y << ")" « endl; 40 object1.get_R; ptrObjl.get_theta (); 41 return 0; 44 80o1 234 567 09o1 234 567 09o1 23 567 H11 L1 11 112 220N22 222 233 33 3333 234

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Question

Find the error

Select one or more:
Line 39: << ptrobj1.X << ", "<< ptrObj1.Y << ")" << endl;
Line 7: class Vector()
Line 17: const double get_theta();
Line 13: -Vector() {X = 1; Y = 1; }
Line 40: object1->get_R():
Line 20: double Vector : get_R() const
Line 40: object1.get_R();
Line 18:}
Line 16: double get R():
Line 14: -Vector()0
Line 23: double Vector:get_theta()
Line 32: double coordinate[2] = {3, 4};
Line 34: Vector &ptrobj1 = *object1;
Line 41: ptrobj1->get_theta();
Line 12: private:

#include <cmath>
2 #include <iostream>
1
3 using namespace std;
4
5 double PI = 3.141529;
6
7 class Vector
{
public:
10
double X, Y;
11
double R, theta_rad, degree;
12
X = 1; Y = 1;
Vector () {
-Vector ()
{ cout <« "Polar form is (" << R << ", " « degree <« ") "; }
const double get_R();
double get_theta ();
13
14
15
16
17
18
} ;
19
20 double Vector :: get_R()
{
22
R = sqrt (X*X + Y*Y); return R; }
21
23 double get_theta ()
{
theta_rad = atan (Y/X);
degree = theta_rad * 180 / PI;
return degree;
24
25
26
27
28
29
30 int main ()
31
double coordinate[2]
Vector object1;
Vector *ptr0bjl = &object1;
object1.X
object1.Y
(3, 4);
%3D
33
34
coordinate [0];
coordinate (1);
35
36
37
38
cout « "Rectangular form is ("
39
« ptrobjl->X < ", "<< ptrobjl->Y << ")" < endl;
40
object1.get_R;
ptrobjl.get_theta();
41
42
43
return 0;
44
333 33m

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