Given these two separate functions, which implemenation combines them into one reusable function?
def sixSidedDie() :
return randint(1, 6)
def fourSidedDie() :
return randint(1, 4)

Question

Given these two separate functions, which implemenation combines them into one reusable function?
def sixSidedDie() :
   return randint(1, 6)
def fourSidedDie() :
   return randint(1, 4)

BlackTom AI · Accepted Answer

Question restatement: You are given two separate functions that generate random dice rolls, and you need to identify which implementation combines them into one reusable function.

Option 1:
"def die(low, high) :
   return" — This line shows the function definition but leaves the body incomplete after the colon, ending with a bare return and nothing returned. This is syntactically invalid and would raise an error because there is no expression after return, and it neither performs the requested random range nor provides usable output.

Option 2:
"def die(low, high) :
   return randint(low, high)" — This version defines a function die that accepts a lower bound (low) and an upper bound (high) and returns a random integer in that inclusive range using randint(low, high). This exactly generalizes the two given dice (six-sided and four-sided) by allowing any range, making it reusable for other dice as well. The structure is straightforward and matches the typical pattern for creating a single reusable die function.

Option 3:
"def die(low, high) :
   return high % low" — Here, the function returns the remainder of high divided by low, which is unrelated to generating random numbers within a range. This does not implement a dice roll and misuses the modulo operation for a purpose it cannot fulfill.

Option 4:
"def die(high) :
   return randint(0, high)" — This function only takes a single parameter named high and uses 0 as the lower bound. While it does call randint, it does not reflect the original intent of having both a lower and an upper bound for the range, and it restricts the interface to starting at 0. This makes it less flexible and deviates from a true general-purpose die function.

Why Option 2 aligns with the goal of a reusable function:
- It accepts a low and a high bound, exactly the pattern you’d need to represent any fair die roll between those two values.
- It uses the standard random generator call that returns an integer in the inclusive range [low, high], which is what die rolls require.
- It encapsulates the behavior in one function, so callers don’t need separate six- or four-sided implementations; you can simulate any die by passing the appropriate arguments.

Why the other options fall short:
- Option 1 is incomplete and syntactically invalid, providing no actual return value.
- Option 3 produces a modulo result, not a random value in a numeric range, so it fails to model dice behavior.
- Option 4 restricts the range to start at 0 and removes the lower-bound flexibility, thus not generalizing the concept of a die across different sides or ranges.

In summary, the implementation that encapsulates the intended functionality in a single, reusable form is the one that defines die(low, high) and returns a random integer within that inclusive range using randint(low, high).

Fal25_CS003C_74229 Ch. 5 Pre-Quiz (Remotely Proctored)

Given these two separate functions, which implemenation combines them into one reusable function? def sixSidedDie() : return randint(1, 6) def fourSidedDie() : return randint(1, 4)

View Explanation

Log in for full answers

Similar Questions

Consider the following program: def main() : a = 5 print(doubleIt(a))def doubleIt(x) : return x * 2main() What output is generated when this program is run?

Consider the following function: def mystery(a, b) : result = (a - b) * (a + b) return result What is the result of calling mystery(3, 2)?

Given these two separate functions, which implemenation combines them into one reusable function?def sixSidedDie() : return randint(1, 6)def fourSidedDie() : return randint(1, 4)

Consider the following function: def w(x, y) : z = x + y return z What is the function's name?

Consider the following function: def squareArea(sideLength) : return sideLength ** 2 What is the value of squareArea(3)?

Given the code snippet below, what is returned by the function call: mystery(5,3)? def mystery(num1, num2) : result = num1 * num2 return result

Consider the following function: def w(x, y) : z = x + y return z What is the function's name?

A function:

More Practical Tools for Students Powered by AI Study Helper

Homework AI Solver

Stylized AI Paper Writer

Plagiarism Checker Assistant

Citation AI Academic Writing Tool

In-Class Translation Assistant

AI Note Generator

AI Quiz Answers

Past Exam Questions from University Test Bank

Smart Practice Assistant

Adaptive Practice

Making Your Study Simpler