In the program below, numA is a . def multiply(numA, numB):
product = numA * numB
return product

answer = multiply(8,2)
print (answer)

qualitfier

return value

accumulator

parameter

D. Parameter.

Explanation:

In the program below, numA is a parameter because it is used to define the mathematical expression or serves as an input value to the function.

In Computer programming, a parameter simply represents a value that is being passed into a function i.e an input to a function.

def multiply (numA, numB);

{

product = numA * numB

return product;

answer = multiply(8,2)

}

print (16)

In this scenario, the values numA (8) and numB (2) are the parameters passed into the multiply function.

Hence, this is a simple calculator that accept parameters as a numerical value and multiplies them together before printing an output (answer).

a

explanation:

the numbe rof computers would affect the strength of network