jane lives 1 3/8 miles from the airport. She drove from her house to the airport and back 2 times. How far did Jane drive? Move

Answer:

(1, 1), (2, 2.333) and (3, 3.666).

Step-by-step explanation:

To solve this equation, we can select various values for x and then compute the corresponding y values.

4*1 - 3y = 1

3y = 3

y = 1

When x = 2, we discover:

4*2 - 3y = 1

3y = 7

y = 2.333

Then for x = 3, we have:

4*3 - 3y = 1

3y = 11

y = 3.666

Therefore, the coordinates we will plot are (1, 1), (2, 2.333), and (3, 3.666).

Refer to the attached image for the plot.

The initial score was 80, and there was a wrongfully deducted 5 points. This indicates that any result equating to 85 is the correct outcome.

80 + 5 = 85

80 - (-5) = 85

Answer:

List_of_students = {};    //Array structure that holds student scores and names

Number_of_students = size(List_of_students);

Average_score;   //Variable to keep the average score

Below_Average = [];   //Initially filled with zeroes  

Highest_score; //Variable initialized to store the highest score

for ( i = 0; i < Number_of_students; i = i + 1)

{

     Average_score  = Average_score + List_of_students(i);    

     if ( i = 15)

     {

        Average_score  = Average_score / Number_of_students;

     }

}

for ( j = 0; j < Number_of_students; i = i + 1)

{

     if (List_of_students(j) < Average_score)

     {

         print( "student  %name scored %score, List_of_students(j),          List_of_students(j) )

     }

}

Compare_Score = 0;   //Variable for score comparison

for ( k = 0; K < Number_of_students; k = k+1)

{

     if (List_of_students(k) >= Compare_Score)

     {

         Compare_Score = List_of_students(k);

    }

}

Highest_Score = Compare_Score;

Step-by-step explanation: