Answer:
int second_to_last = (number/10)%10;
int third_to_last = (number/100)%10;
Explanation:
The first expression int second_to_last = (number/10)%10; first divide the number by ten and then get modulus by dividing by ten again which will then give the second to last digit.
Assuming number is 146 the second to last digit will be 4.
for the second expression int third_to_last = (number/100)%10; first divide the number by hundred and then get modulus by dividing by ten which will then give the third to last digit.
Assuming number is 4368 the third to last digit will be 3.
The answer is True
It
intentionally or unintentionally compromises a system by making unauthorized changes
to data. As compared to intentional changes which are usually malicious, unintentional
changes are normally accidental. Changes and modifications to the system
configurations can also compromise integrity. Such modifications might include
deleting, changing, and creating information in a network resource.
It is best to implement mechanisms on how one can track and audit such changes as they happen
Solution:
Database integrity ensures that each row is uniquely identified by the primary key, which means that a proper search for an existing tuple (row) will always be successful.
Thus the required answer is D
Answer:
A. To isolate errors in the outcomes of code.
<em>Hope this helps! ^-^</em>
<em>-Isa</em>
I’m confused what are you trying to ask? What is the python?
