Summing Array Elements in a Range Write a snippet of code that calculates the sum of all array elements falling within the range j...k (inclusive); j is the lower limit and k is the upper limit. In other words, when the array element is outside of the range, don't add it to the sum. Put the sum in the EAX register. Then display it on the console. Use the following pair of range variables, representing j & k, and the following data sets for your test cases: .data lowerLimit dword 20 upperLimit dword 40 array_1 sdword 10,30,25,15,17,19,40,41,43 array_2 sdword 10, -30,25,15,-17,55,40,41,43 IMPORTANT: for this exercise, NOT allowable to use any one of these directives: .IF, .ELSE, .ELSEIF, WHILE, .REPEAT, etd

In order to better understand the code, we apply a variety of design approaches.

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.

We use a wide range of design techniques to increase our comprehension of the code.