Answer:
- def ending_time(hour, minutes, seconds, work_time):
- if((seconds + work_time) // 60 > 0):
- minutes = minutes + (seconds + work_time) // 60
- seconds = (seconds + work_time) % 60
-
- if(minutes // 60 > 0):
- hour = hour + (minutes // 60)
- minutes = minutes % 60
- else:
- seconds = seconds + work_time
-
- return str(hour) + ":" + str(minutes) + ":" + str(seconds)
-
- print(ending_time(2,30,59, 12000))
Explanation:
The solution code is written in Python 3.
Firstly create a function ending_time that takes the four required input parameters.
Next, create an if statement to check if the numerator of (seconds + work_times) divided by 60 is over zero. If so, increment the minute and reassign the remainder of the seconds to the variable (Line 2-4).
Next, create another if statement again to check if the numerator of (current minutes) divided by 60 is over zero, if so increment the hour and reassign the remainder of the minutes to the variable (Line 6-8)
Otherwise, just simply add the work_time to the current seconds
At last return the time output string (Line 12).
Answer:
In 2014, NIST published a new Federal Master Cybersecurity Framework for managing cyber risk for the delivery of critical services. So the correct answer is False.
Explanation:
NIST published the Federal Master Cybersecurity Framework to managing risk for the delivery of critical services. The U.S. issued Framework on February 12, 2014.
Answer:
B. Type an = sign in the cell, followed by the name of the function and the relevant arguments.
He should reread and find arcticles about life on the Mississippi River in the 1800s
True
Ur welcome
............
Dam. It
