Answer:
offline backup solution
Explanation:
In such a scenario, the best option would be an offline backup solution. This is basically a local and offline server that holds all of the flight record data that the cloud platform has. This offline backup server would be updated frequently so that the data is always up to date. These servers would be owned by the aviation company and would be a secondary solution for the company in case that the cloud platform fails or the company cannot connect to the cloud service for whatever reason. Being offline allows the company to access the database regardless of internet connectivity.
Answer:
The solution code is written in Python
- def max(a, b):
- if(a > b):
- return a
- else:
- return b
-
- num1 = int(input("Please input the first number: "))
- num2 = int(input("Please input the second number: "))
-
- print(max(num1, num2))
Explanation:
Firstly create a function max that accepts two input, a and b, as required by question (Line 1). In the function, create if statement to check if a greater than b return a and vice versa (Line 2 -5).
In the main program (Line 7 - 10), prompt user to input two numbers (Line 7 - 8). At last call the function by passing num1 and num2 as arguments and print the result (Line 10).
Answer:
Answer is in the provided screenshot! This was a lot of fun to make!
Explanation:
We need to create a new Array which has to be the size of amount * original - as we now that we are going to have that many elements. Then we just iterate through all the values of the new array and set them equal to each of the elements in order.
Ignore the code in my main function, this was to print to the terminal the working code - as you can see from the output at the bottom!
Browsers ignore any values specified for the left or top properties under _____ positioning.
B
Answer:
C
Explanation:
myCar::accelerate()
here :: operator is used to access the member function outside the class.
we are calling accelerate() function using class and ::
