Group Project Faculty of Creative Media and Innovative Technology | BTT121 | Page 1 of 4 Description: You have been assigned to develop a system that able to solve the problem in the construction area. Your system must able to show a menu driven program that will give an option to user to choose the type of problem. Consider the following problem: Problem one: A power station is on one side of a river that is one-half mile wide and a factory is eight miles downstream on the other side of the river. It costs RM7 per foot to run power lines over land and RM9 per foot to run them under water. Your objectives is to determine how long the power line should run under water and how long it should run over land to achieve the minimum total cost of laying the power line. Your
Your program must able to identify the following: - The width of the river - The distance of the factory downstream on the other side of the river - The cost of laying the power line under water - The cost of laying the power line over land - The total cost of constructing the power line. - The length of the power line that run under water and the length that run over land so the cost of constructing the power line is at the minimum.
Problem two: A pipe is to be carried around the right –angled corner of two intersecting corridors. Suppose that the widths of the two intersecting corridors are 5 feet and 8 feet. Your objective is to find the length of the longest pipe, rounded to the nearest foot that can be carried level around the right-angled corner. Write a program that able to get the input of width of both the hallways. The program also able to show the length of the longest pipe, rounded to the nearest foot, that can be carried level around the right-angled corner.
Group Project
ReplyDeleteFaculty of Creative Media and Innovative Technology | BTT121 | Page 1 of 4
Description:
You have been assigned to develop a system that able to solve the problem in the
construction area. Your system must able to show a menu driven program that will give
an option to user to choose the type of problem. Consider the following problem:
Problem one:
A power station is on one side of a river that is one-half mile wide and a factory is eight
miles downstream on the other side of the river. It costs RM7 per foot to run power lines
over land and RM9 per foot to run them under water. Your objectives is to determine
how long the power line should run under water and how long it should run over land to
achieve the minimum total cost of laying the power line.
Your
Your program must able to identify the following:
ReplyDelete- The width of the river
- The distance of the factory downstream on the other side of the river
- The cost of laying the power line under water
- The cost of laying the power line over land
- The total cost of constructing the power line.
- The length of the power line that run under water and the length that run over
land so the cost of constructing the power line is at the minimum.
Problem two:
A pipe is to be carried around the right –angled corner of two intersecting corridors.
Suppose that the widths of the two intersecting corridors are 5 feet and 8 feet. Your
objective is to find the length of the longest pipe, rounded to the nearest foot that can be
carried level around the right-angled corner.
Write a program that able to get the input of width of both the hallways. The program
also able to show the length of the longest pipe, rounded to the nearest foot, that can be
carried level around the right-angled corner.