The choices that should have been included are:
a. functions
b. classes
c. objects
d. projects
e. use cases
Use-case points is a project effort estimation approach based on unique features of E. USE CASES and object orientation.
Answer:
import math
l = float(input("Enter length in cm: "))
l = l / 100;
print("Entered length is " + str(l) + " meters")
area_square = l * l
print("Area of square is " + str(area_square))
area_circle = math.pi * l/2 * l/2
print("Area of circle is " + str(area_circle))
volume_cube = l * l * l
print("Volume of cube is " + str(volume_cube))
Explanation:
*The code is in Python
Ask the user to enter the length in cm
Convert the length to meters and print it
Calculate the area of the square and print it (Since length is equal to a side, the area is length * length)
Calculate the area of the circle and print it (Since length is equal to the diameter, you need to divide it by two to get the radius. The area is pi * length/2 * length/2)
Calculate the volume of the cube and print it (Since length is equal to a side, the volume is length * length * length)
33.33 minutes of video
3 GB already used which means you have 5 GB left, 5GB is the same as 5000 MB
So 5000 MB divided by 150 MB is 33.33 minutes of video that can be stored on the iPhone
The answer is Insertion Point. In Microsoft Word, the insertion point is the blinking vertical line in the document. It will identify the location where you can enter or alter text on the page. When creating a new document, the insertion point is located in the top-left corner of the document.
Answer:
The answer is "Option B".
Explanation:
In this question, determining the optimal path between several locations, which requires n!. It's also examining possible routes. It could just suggest here, designers need to do those equations as we have several forms. They have several methods to find the best and efficient path. Its basic idea is to use heuristic approaches for complex or uncertain issues so we do not provide proven solutions for linear programs.
