Commonly known as book stapling, ‘saddle stitched’ is one of the most popular binding methods. The technique uses printed sheets which are folded and nestled inside each other. These pages are then stapled together through the fold line. Saddle stitched binding can be applied to all book dimensions and both portrait and landscape orientation.
Nolur acil lütfen yalvarırım yalvarırım lütfen yalvarırım when should you integrate technology?
Answer:
A global variable can have the same name as a variable that is declared locally within the function.
Explanation:
In computer program, we refer to a global variable as that variable that comes with a global perspective and scope, ensuring its visibility throughout the program, except it is shadowed. The set of this kind of variable is referred to as global state or global environment. One feature of global environment is that it can have similar name as a variable declared locally within the function.
Answer:
In case the data is arranged in the ascending order, you can always change the Binary search tree into a Height BST, and which is also known as the self-balancing BT. And through this, it's quite on hand to better the operations like searching on the new BST. And these SBBTs are quite commonly made use of for constructing as well as maintaining the ordered list. This is the case in the case of the priority queue, and this is what is required here.
Explanation:
Please check the answer.
Answer:
Here is code in python .
#function to calculate miles traveled
# pass two parameter in the function "miles_per_hour" and "minutes_traveled"
def mph_and_minutes_to_miles(miles_per_hour, minutes_traveled):
# convert minutes to hours
hours_traveled = minutes_traveled / 60.0
#calculate total miles traveled
miles_traveled = hours_traveled * miles_per_hour
#return the value
return miles_traveled
#read input from user
miles_per_hour = float(input())
minutes_traveled = float(input())
#call the function and print the output
print('Miles: %f' % mph_and_minutes_to_miles(miles_per_hour, minutes_traveled))
Explanation:
Read the value of "miles_per_hour" and "minutes_traveled" from user. call the function mph_and_minutes_to_miles() with those two parameters.calculate total hours from the minutes_traveled by dividing it with 60. then calculate the total miles by multiply hours_traveled * miles_per_hour. then return the miles travelled.
Output:
20
150
Miles: 50.000000
