ROGRAM 11: Distance Formula Write an HLA Assembly language program that determines the distance between two points, A and B. For a point A with coordinates (x1, y1) and a point B with coordinates (x2, y2), the f elow: Distance between two points mme a value for xl: 8.1 imme a value for x2: 4.1 imme a value for yl: 2.2 imme a value for y2: -1.1 he distance between points A and B is 5.18555 AB Emme a value for x1: 8 mme a value for x2: 4 imme a value for yl: 2 imme a value for y2: -1 he distance between points A and B is 5.00000 = our program should prompt for the values x1, x2, y1 and y2, each which are to be real32 values. A sample program dialogue is shown below. √(x₁ - x₂)² + (y₁ - y2)²

Based on the following C code:       {       int x, y, z, sum, total;       int *pt1, *pt2, *ptc;       x = 99;       y = 86;       pt1 = &y;       pt2 = pt1;       ptc = &x;       z = (*(&y))/2 + (*pt2)/3 + 5;       sum = (x + y + *pt1 + *pt2 + z)/3;       total = sum + *ptc + *pt1;       }         (1) What is the value of z? (2) What is the value of sum? (3) What is the value of the             total? (4) What is the address of the data 86?

Although Algol60's flexible style permits statements to start and stop anywhere, the majority of programming languages today demand that statements explicitly end with an end symbol, such as a semicolon or a colon. In contrast, Python and a select few other programming languages have a predefined structure whereby statements start in a certain column and conclude at the end of a line of code unless continuation marks are included for each statement. You will discover how fixed or free formats affect readability, writability, and security in this section.