Answer:
Option e: The use of programmed decisions should be limited to noncritical situations.
Explanation:
A repetitive decision or routine that can be managed by developed business procedures or rules are known as programmed decisions. These kind of decisions are most often known for at certain points in a standard process, and are planned relying on recognized and easily identifiable terms. Programmed decisions generally do not demand much consideration or discussion, and can typically be automated to make certain consistency and save time for decision-makers.
So, the use of programmed decisions should not be limited to noncritical situations.
Answer:
hey hey hey hey hey hey hey hey
Explanation:
hey hey hey hey hey hey hey hey
Answer:
The Unsigned Integer
Explanation:
Solution
The data type i would ascribe to a pointer is the unsigned integer because it can be a pointer (int*number).
The unsigned Integer: they are like integers that is whole numbers, but have the property that they don't contain a + or - sign related with them. thus they are seen as non-negative (zero or positive).
Answer:
In Python:
def decimalToBinary(num):
if num == 0:
return 0
else:
return(num%2 + 10*decimalToBinary(int(num//2)))
decimal_number = int(input("Decimal Number: "))
print("Decimal: "+str(decimalToBinary(decimal_number)))
Explanation:
This defines the function
def decimalToBinary(num):
If num is 0, this returns 0
<em> if num == 0:
</em>
<em> return 0
</em>
If otherwise
else:
num is divided by 2, the remainder is saved and the result is recursively passed to the function; this is done until the binary representation is gotten
return(num%2 + 10*decimalToBinary(int(num//2)))
The main begins here.
This prompts the user for decimal number
decimal_number = int(input("Decimal Number: "))
This calls the function and prints the binary representation
print("Decimal: "+str(decimalToBinary(decimal_number)))
Answer:
Three basic functions of language: Informative, Expressive, and Directive Language
- Informative language. Simply put, informative language can be looked at as though it is either right or wrong, or true or false
- Expressive language
- Directive language
