Answer:
number1 = int(input("Enter the first number: "))
number2 = int(input("Enter the second number: "))
result = 0
for i in range(number1):
result += number2
print(str(result))
Explanation:
Ask the user for two numbers
Initialize result as 0 to hold the multiplication of the numbers
Create a for loop that iterates "number1" times. In each iteration, add number2 to the result.
When the loop is done, print the result
Answer:
The answer to this question is a. Event log
Explanation:
Event log in Windows is a comprehensive record of security,system and application notifications stored by the Windows and it is used by administrators to determine problems in the system and foretell issues that going to happen in future.
Operating system and the Apps use event logs to keep account of important software and hardware activity that administrator can use to correct issues with the operating system.
Answer:
The Following are the solution to this question:
Explanation:
In Option a:
In the point (i) 
is transitive, which means it converts one action to others object because if 
indicates 
. It's true by definition, that becomes valid. But if 
, which implies 
. it's a very essential component. If 
. They 
will also be 
.
In point (ii), The value of 
is convergent since the 
. It means they should be dual a and b constant variable, therefore 
could only be valid for the constant variable, that is 
.
In Option b:
In this algorithm, the input size value is equal to 1 object, and the value of A is a polynomial-time complexity, which is similar to its outcome that is 
. It is the outside there will be a loop(i) for n iterations, that is also encoded inside it, the for loop(j), which would be a loop
. All internal loops operate on a total number of 
generations and therefore the final time complexity is .
Highway:
<span>cout << "The car can drive " << 20*26.8 << " miles on the highway." << endl; </span>
<span>Town: </span>
<span>cout << "The car can drive " << 20*21.5 << " miles in the town." << endl;</span>
The baseline satellite<span> constellation consists of 24 </span>satellites<span> positioned in six </span>earth-centered orbital planes with four operation satellites<span> and a spare </span>satellite<span> slot in each orbital plane.</span>
