Answer:
Custom software designs a software package that is targeted to a particular user community and that meets an organization's specific needs. A lot of these things must be taken into account whenever making a "buy vs. create" decision for a custom software.
Purchasing a wrong program may hinder the process for your business while trying to build one can be expensive and time consuming. The study of these two methods should take into account labor costs, long-term and brief-term costs, and infrastructure costs.
The most popular purpose an organization creates or gets a custom product is that it's special to their organization and if the software is designed effectively it will improve the business' productivity and create its own competitiveness edge.
Moreover, creating a custom software requires a great upfront cost and it also takes a long time to build a proper one.
Labor costs for developing a customized product are often greater than purchasing off-the-shelf solution, as the company has to employ a software developer and build an IT team to create and manage the right software.
There would be maintenance costs in the long run but it wouldn't be as enormous as it was in the building and the process of creation. But, the more significant than cost, is the long-term benefit it brings to the business.
A specific application will improve the workflow of the company, allow the company to retain space with the rate and volume expansion, all of which would help bring financial benefits and distinguish the business from other competitors.
Answer: the third one
Explanation:
just trust me, the other ones dont mke sense to what I know about the subject, which is a lot
D. Large sets of information that can be analyzed for patterns and trends
Answer:
See explaination
Explanation:
# shapes.py
import math class Circle: def __init__(self, radius = 0): self.__radius = radius self.__area = math.pi * self.__radius ** 2 self.__circumference = 2 * math.pi * self.__radius def set_radius(self, radius): self.__radius = radius self.__area = math.pi * self.__radius ** 2 self.__circumference = 2 * math.pi * self.__radius def get_radius(self): return self.__radius def get_area(self): return self.__area def get_circumference(self): return self.__circumference class Rectangle: def __init__(self, length = 0, breadth = 0): self.__length = length self.__breadth = breadth self.__calc_area() self.__calc_perimeter() def __calc_area(self): self.__area = self.__length * self.__breadth def __calc_perimeter(self): self.__perimeter = 2 * (self.__length + self.__breadth) def set_length(self, length): self.__length = length self.__calc_area() self.__calc_perimeter() def set_breadth(self, breadth): self.__breadth = breadth self.__calc_area() self.__calc_perimeter() def get_length(self): return self.__length def get_breadth(self): return self.__breadth def get_area(self): return self.__area def get_perimeter(self): return self.__perimeter
# testShapes.py (Main program)
import shapes if __name__ == "__main__": print("a. Circle") print("b. Rectangle") choice = input("\nChoose a Shape to continue: ") if choice == "a": radius = int(input("\nEnter Radius of the Circle: ")) myCircle = shapes.Circle(radius) print("\nArea of Circle:", myCircle.get_area()) print("Circumference of Circle:", myCircle.get_circumference()) reset = input("Do you want to change Radius (y/n): ") if reset == "y" or reset == "Y": radius = int(input("\nEnter new Radius of the Circle: ")) myCircle = shapes.Circle(radius) print("\nArea of Circle:", myCircle.get_area()) print("Circumference of Circle:", myCircle.get_circumference()) elif choice == "b": length = int(input("\nEnter length of Rectangle: ")) breadth = int(input("Enter breadth of Rectangle: ")) myRectangle = shapes.Rectangle(length, breadth) print("\nArea of Rectangle:", myRectangle.get_area()) print("Perimeter of Rectangle:", myRectangle.get_perimeter()) reset = input("Do you want to change Length and Breadth (y/n): ") if reset == "y" or reset == "Y": length = int(input("\nEnter new length of Rectangle: ")) breadth = int(input("Enter new breadth of Rectangle: ")) myRectangle = shapes.Rectangle(length, breadth) print("\nArea of Rectangle:", myRectangle.get_area()) print("Perimeter of Rectangle:", myRectangle.get_perimeter()) else: print("Invalid choice!!! \'", choice, "\'\nExiting...")
Explanation:
I dont have Instagram....
