How many decision table test cases you should generate for an under-test program when you defined a decision table with 12 different rules (or columns), 6 condition entries, and 6 action items? O 24 O 18 O 12

I'm asking for help with different perspectives on purpose. Also, you do not have to complete the code, I’m posting the entire question in order for the question to be clear. Sorry if you see this question ask more than once.   Objectives:  The main objective of this assignment is to assess the student’s ability to provide a complete Black-Box testing plan for a computer program.    Description:  you will need to design a complete Black-Box testing plan for the following program. Instead of changing passwords every semester, students will now change passwords once a month. Unfortunately, the school has realized that many students are bad at picking their passwords. Ideally, passwords alternate between letters, numbers, and symbols. However, most students and faculty pick passwords such as “12345password”. To make matters worse, when students and faculty are forced to change their password, usually only a single character is added to the end of their previous password. Due to this…

13. Factorial Implementation What is incorrect with the following implementation of factorial: def factorial(n): return n* factorial(n-1) Pick ONE option Nothing is wrong The return value should be n+ factorial(n-1) The return value should be factorial(n-1) * factorial(n-2) ) A base case is missing Clear Selection loxitu

Process Scheduling: Select all statements below that are true The waiting time is included in the turnaround time. In interactive systems, short response times are unimportant. The time taken in an interactive program from the issuance of a command to the commencement of a response to that command is known as the response time. The response time is the time required for a particular process to complete, from submission time to completion. Throughput is the number of processes executed per time unit. The concept of virtual (run)time in the Completely Fair Scheduler is used to ensure fairness in the allocation of processor capacity.