Answer:
Ventura Inc requires only System software's
Explanation:
The system software has three major functions which are:
1. File and disk management: this involve managing of files in the system, when user want to save, move, copy, delete and rename files, The system software will handle those task
2. Allocating system resources: The system resources such as time, memory, data input and output are allocated by the system software. The main memory is managed by the system software to avoid conflict among various task.
3. Monitoring system activities: The system security and system performance is also monitored by the system software.
The first two functionalities are the requirement of ventura inc
Answer:
accessing the Paragraph dialog box
Explanation:
It is a (software) program that is installed on a computer without the user's knowledge for the purpose of making harmful changes. A computer virus attaches itself to another program (the execution of the host program triggers the action of the virus). And most of them perform actions that are malicious in nature, such as destroying data. A computer virus operates in two ways: As soon as it lands on a new computer, begins to replicate or it plays dead until the trigger kick starts the malicious code. The term 'computer virus' was formally defined by Fred Cohen in 1983.
Answer:
The text will be shown without any formatting.
Explanation:
Answer:
The code with explanatory comments are given in Python below
Explanation:
#2.22
s = "Lionel Pogba" #string s with names having LP as initials
names = s.split() #splits the string into individual characters
initial = "" #we are initialising the initials as an empty string
for i in names:
initial += i[0] #making the initials of the string
print(initial)
#2.23
l = [3, 7, -2, 12]
range = (max(l) - min(l)) #declare and initialise variable range for the range
print(range) #output of the range
#2.24
l1 = [3, 7, 17, -2, 12]
#(a)
midIndex = int(len(l1)/2) #evaluates half the length of the list
#which corresponds to the middle index of the list
print(midIndex)
#(b)
print(l1[midIndex]) #assigns the value of the middle index of the list
#corresponding to the middle element
#(c)
l1.sort(reverse=True) #reverses the elements of the list to descending order
print(l1)
#(d)
firstValue = l1[0] #firstValue variable representing the first element
l1 = l1[1:] + [firstValue] #assigning the location to the last position
print(l1)