Answer: Wow that's really cool!
Use an anti-static bag to hold the RAM while installing.
Answer:
The solution code is written in Python:
- def square(num):
- if type(num).__name__ == 'int':
- sq_num = num * num
- return sq_num
- else:
- return "Invalid input"
-
- print(square(5))
- print(square("Test"))
Explanation:
To ensure only certain type of operation can be applied on a input value, we can check the data type of the input value. For example, we define a function and name it as <em>square</em> which take one input number, <em>num </em>(Line 1).
Before the <em>num</em> can be squared, it goes through a validation mechanism in by setting an if condition (Line 2) to check if the data type of the input number is an integer,<em> int.</em> If so, the<em> num </em>will only be squared otherwise it return an error message (Line 6).
We can test our function by passing value of 5 and "Test" string. We will get program output:
25
Invalid input
Answer:
The answer is "Option C".
Explanation:
The array was already sorted. Much new information is applied to the array on a recurring basis at random indices, to bring everything back in order. During in the sort, I wouldn't want to use much further memory.
It is a sorting algorithm that constructs one piece at a time in the final sorted array. In large lists, it is far less effective than sophisticated technology like quicksort, heapsort, or combination sort.
