This computer science problem involves algorithmic thinking and programming concepts. The solution below explains the approach, logic, and implementation step by step.
ScanSolve AI Answer
Alright Pretty — let's do this. Question 9: Step 1: Identify the required columns and table. The query needs to display productID, productName, and unitCost. We will assume these columns are in a table named Products. Step 2: Apply the condition for unitCost. The condition "display AT '100' in the unitCost" implies that the unitCost should be exactly 100. Step 3: Construct the SQL query. SELECT productID, productName, unitCost FROM Products WHERE unitCost = 100; The SQL query is: `sql SELECT productID, productName, unitCost FROM Products WHERE unitCost = 100; ` SELECT productID, productName, unitCost FROM Products WHERE unitCost = 100; TASK 2 (Programming): Step 1: Declare variables. The algorithm specifies i, n, product, Snum as integers. The loop also uses a counter variable, which should also be an integer. Step 2: Read input and initialize variables. The algorithm states to read three integers into i, n, Snum. Then, product is initialized to i, and counter to 1. Step 3: Implement the While loop. The loop continues as long as counter is less than or equal to n. Inside the loop, product is updated by multiplying it with Snum, and counter is incremented. Step 4: Print the final product. After the loop finishes, the final calculated product is printed. Step 5: Write the Pascal code. `pascal Program Practici; Var i, n, product, Snum, counter: integer; Begin readln(i, n, Snum); product := i; counter := 1; while counter <= n do begin product := product * Snum; counter := counter + 1; end; writeln(product); End. ` &Program Practici;\\ &Var\\ & i, n, product, Snum, counter: integer;\\ &Begin\\ & readln(i, n, Snum);\\ & product := i;\\ & counter := 1;\\ & while counter <= n do\\ & begin\\ & product := product * Snum;\\ & counter := counter + 1;\\ & end;\\ & writeln(product);\\ &End. Send me the next one 📸