Answer:
The answer is "True".
Explanation:
The conceptual, abstract design is also known as a logical design. This design doesn't use to discuss in matter of the actual execution. It only has to identify the kinds of information.
- In the logical development process, it involves inserting information into a number, which includes the organizations and features of rational networks.
- It is used to organize the entities, for example, tables for a relation database, in a given market environment into the database systems, that's why the given statement is true.
Smart machines I'm pretty sure
Answer:
See explaination
Explanation:
#input
o_t_n=int(input('Enter a string of octal digits: '))
#required variables
i = 1
dc = 0
#loop for conversion
while (o_t_n != 0):
#to find remainder
rmd = o_t_n % 10
o_t_n //= 10
dc += rmd * i
i *= 8
#print the results
print('The integer value is ',dc)
# decimalToOctal.py
#input
d_c_n=int(input('Enter a decimal integer: '))
print("Quotient Remainder Octal")
#required variables
i = 1
o_c_n = 0
num=""
#loop for conversion
while (d_c_n != 0):
#to find remainder
rm = d_c_n % 8
d_c_n //= 8
o_c_n = o_c_n + rm * i
i *= 10
num = str(rm)+num
print("%5d%8d%12s" % (d_c_n, rm, num))
#print the results
print('The octal representation is ',o_c_n)
Answer:
Exiting a function
Explanation:
Return simply returns a specified value at the end of a def function (if you're in python). It does not print or do anything else. You could set variables equal to a def function that returns or you could put the def function in a print statement to print the returned value.
