THE CORRECT OUTPUT OF THE TEST CASE THE CORRECT OUTPUT OF THE TEST CASE 1.00000 1 sin(0) 0.00000 %3D 21 22 sin(95) = 0.99619 23 sin(100) = 0.98481 24 sin(105) 25 sin(110) 26 sin(115) = 0.90631 27 sin(120) 3 sin(5) 4 sin(10) 5 sin(15) 0.25882 6 sin(20) 7 sin(25) 8 sin(30) 9 sin(35) 10 sin(40) sin(45) 12 sin(50) 13 sin(55) 14 sin(60) 15 sin(65) 16 sin(70) = 0.08716 = 0.17365 0.96593 = 0.93969 = 0.34202 = 0.42262 = 0.86603 28 sin(125) = 0.81915 29 sin(130) 30 sin(135) 31 sin(140) 32 sin(145) 33 sin(150) 34 sin(155) 35 sin(160) 36 sin(165) = 0.25882 = 0.50000 = 0.76605 = 0.70711 = 0.64279 = 0.57358 = 0.50000 = 0.42262 = 0.34202 = 0.57358 = 0.64279 = 0.70711 = 0.76604 = 0.81915 = 0.86602 = 0.90631 = 0.93969 11 UNIX DIFE: OF CORRECT QUTPUT AND YOUR QUTPUT THE CORRECT OUTPUT OF THE TEST CASE THE CORRECT OUTPUT OF THE TEST CASE 40 -0.90595 41 sin(185) = -0.08715 63 sin(290) 64 sin(295) 65 sin(300) 66 sin(305) 67 sin(310) 68 sin(315) 69 sin(320) 70 sin(325) 71 sin(330) 72 sin(335) 73 sin(340) 74 sin(345) 75 sin(350) 76 sin(355) 77 sin(360) = -0.93969 = -0.90631 = -0.86603 = -0.81915 = -0.76605 = -0.70711 = -0.64279 = -0.57358 = -0.50000 = -0.42262 = -0.34202 = -0.25882 42 sin(19e) = -0.17365 = -0.25882 = -0.34202 = -0.42262 = -0.50000 = -0.57357 = -0.64279 sin(195) 44 sin(200) 43 sin(205) 46 sin(210) 47 sin(215) 48 sin(220) 49 sin(225) 45 -0.70710 = -0.76604 sin(230) 51 sin(235) sin(240) = -0.86602 53 sin(245) 54 sin(250) 55 sin(255) 56 sin(260) 50 -0.81915 52 = -0.90631 = -0.93969 = -0.96592 = -0.17365 = -0.08716 -0.00001 -0.98481 78 YOUR CODE'S OUTPUT 1 Enter the value in degree: In radians 2. = 0.00000 a 7 The sine value of e = 0.0000 8 The sine value of 5 = 0.08716 9 The sine value of 10 = 0.17365 = 0.25882 0.34202 0.42262 11 The sine value of 20 12 The sine value of 25 13 The sine value of 30 14 The sine value of 35 15 The sine value of 40 16 The sine value of 45 = 0.50000 0.57358 0.64279 0.70711
So I am getting an error when I submit my c++ code. The prompt for the hw was as follows:
Create 2 functions:
1) Degrees2Radians: which has input Degrees, and returns Radians
2) Drawline: which takes two parameters: a character and numRepetitions and prints the character numRepetitions times, followed by a newline
Inside main()
For values between 0 and 360, in 5 degree increments:
calculate and print the value of sin (degrees),
After every 90 degrees, print out a line of 30 dashes (minus signs '-')
Extra information required:
#include <cmath> // for sin function
In order to have the precise format we want:
Put this at the top of main:
cout.setf(ios::fixed);
cout.setf(ios::showpoint); // show decimals even if not needed
cout.precision(5); // show 5 digits to right of decimal
My code:
#include <iostream>
#include <cmath>
using namespace std;
int i, j; // to iterate the loop
const double PI = 3.141592; // value of a pi
// this function will convert the degrees into radians
double Degrees2Radians()
{
int degree; // user input for degree
double radian; // to store the value of radians
// input from the user
cout << "Enter the value in degree: ";
cin >> degree;
// converting degrees into radians
radian = degree * (PI / 180);
// display the result
cout << "In radians = " << radian << endl;
return radian;
}
// this function will show the character numRepetitions times
void Drawline(char a, int numRepetitions)
{
// in this loop, character is displayed numRepetitions times
for (i = 1; i <= numRepetitions; i++)
cout << a << endl;
}
int main(void)
{
cout.setf(ios::fixed);
cout.setf(ios::showpoint);
cout.precision(5);
// calling the functions
Degrees2Radians();
Drawline('a', 5);
double radian; // to store the value of radians
// in this loop, the values for radians is
// displayed, after every 5 degrees
for (i = 0; i <= 360; i = i + 5)
{
// converting degrees into radians
radian = i * (PI / 180);
// display The result
cout << "The sine value of " << i << " = " << sin(radian) << endl;
// in this if, a line of 30 dashes will be
// displayed, after every 90 degree
if (i % 90 == 0 && i > 0)
{
for (j = 0; j <= 30; j++)
cout << "-";
cout << endl;
}
}
}
Below I have posted the error I receive. So, in order for the test to pass it needs to match exactly with the correct code output.
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