Run-ons, Fragments, and Comma Splices Raoul sat on his sofa staring out at the cold and grey snow, wondering what it would be like to live in Hawaii.

Capital Letters I wrote an angry letter to my Senator.

Run-ons, Fragments, and Comma Splices Sid is trying to vape less, he allows himself to vape only if he is standing outside.

Commas If I pass, this exam I will buy Mrs. Hall a pony to express my gratitude.

Homonyms and Commonly Confused Words The team captain also told me that I’ll never be apart of this team if I only care about scoring goals. 

Faulty Parallelism The traffic cop on the scene blew his whistle, was waving his hands, and nodded to the drivers to start moving.

Homonyms and Commonly Confused Words The team captain told me that I should except the advice of the coach if I wished to improve.

Find the exact values of the six trigonometric functions of the angle θ shown in the figure. (Use the Pythagorean Theorem to find the third side of the triangle.)                                     ​

What is the output of the following C++ code?vector alpha = {0, 2, 4, 6, 8};for (int i = 4; i >= 0; i–)    cout

Using the drop-down menu, please complete the program below so that it will open a text file of Fahrenheit temperatures separated by spaces called “Fahrenheit.txt” for input, process that file temperature by temperature by converting each Fahrenheit temperature into a Celsius temperature through a function called convertCelsiustoFahreinheit(double a_fahrienheit_temp) which converts the Fahrenheit temperature to Celsius and returns it to the main method, which outputs each of these results to an output file called “Celsius.txt”. #include #include #include #include using namespace std;double convertFahrenheitToCelsius(double a_Fahrenheit_Temp){    double answer =  (5.0/9.0) * (a_Fahrenheit_Temp – 32.0);    return answer;}int main(){    //Declare variables to hold current data    double a_celsius_temp;    double a_fahrenheit_temp;        //Declare input and output file handlers    ifstream input_file;    ofstream output_file;        //Declare vector of double to hold input and output data    vector fahrenheit_temps;    vector celsius_temps;        //Open input file    [x1]    //Read in first temperature        input_file >> a_fahrenheit_temp;        //Process the rest of the input file    while (!(input_file.eof()))    {        //Call the function that converts a fahrenheit temperature to a celsius temperature        a_celsius_temp = [x2]                 //Push celsius temperature and fahrenheit temperature into a celsius and fahrenheit temperature vectors, respectively        fahrenheit_temps.push_back(a_fahrenheit_temp);        celsius_temps.push_back(a_celsius_temp);                //Read next temperature from input file        [x3]     }    //Close Input file    input_file.close();        //Open Output file    output_file.open(“Celsius.txt”, fstream::out);        //Write contents of fahrenheit and celsius temperature vectors into output file    for (int i = 0; i < celsius_temps.size(); i++)    {        [x4]    }        //Close Output file    output_file.close();        return 0;}