Answer:
def mph_and_minutes_to_miles(hours_traveled, miles_traveled):
hours_traveled = minutes_traveled / 60
miles_traveled = hours_traveled * miles_per_hour
print('Miles: %f' % miles_traveled)
Explanation:
This function, written in Python, specifies two input parameters (hours_traveled, miles_traveled)
When executed, the main function prompts the user for necessary data, calls this method, and passes the inputs as arguments. Refer to the complete code and output that follows.
The answer is b. Explanation: The general population started accessing the internet following the advent of the World Wide Web.
int currentNumber,previousNumber = -1, countDuplicates = 0;
do {
cin >> currentNumber;
if ( previousNumber == -1) {
previousNumber = currentNumber;
}else {
if ( previousNumber == currentNumber )
countDuplicates++;
else
previousNumber = currentNumber;
}
} while(currentNumber > 0 );
cout << countDuplicates;
(ESFs) is accurate: ESFs are not solely a federal coordinating mechanism.
Answer:
offline backup solution
Explanation:
In this context, the ideal choice would be an offline backup solution. Essentially, this consists of a local, non-internet connected server that retains all the flight record information that is part of the cloud system. This backup server would receive updates regularly to ensure the data is current. The aviation firm would own these servers, which would serve as a fallback option should the cloud platform experience downtime or if access to the cloud service is hindered. Being offline enables the company to retrieve the database independent of internet issues.
