Executive Summary
Part one of my
project is a program that will calculate the heat balance on a piece of squared
metal. The upper and lower edges of the metal will have a constant temperature
of 0, while the left and right edges of the metal stays at the temperature of
100. User will give the width and the length of the metal, while my VBA code
will compute the steady state
temperature distribution. A steady state means every slot on the metal,
excluding the edges, should have a temperature that’s the average of the four
slots around it.
Part two of my project
is a program that intends to resemble a plinko game. The plinko board consists
of 9 input slots and 9 output slots. The input slots (0-8) represent the
starting location of the chip, while the output slots represent the amount of
money you win for each chip. There are also 12 rows of pegs, with the top row
having 9 pegs, and the bottom row having 8 pegs. The chip will randomly turn to
right or left when it hits the pegs.
- http://files.gove.net/shares/files/12f/shi1hong/Part1.xlsm
- http://files.gove.net/shares/files/12f/shi1hong/Write-Up_1.pdf
- http://files.gove.net/shares/files/12f/shi1hong/Part2.xlsm
- http://files.gove.net/shares/files/12f/shi1hong/Write-Up_2.pdf
- http://files.gove.net/shares/files/12f/shi1hong/Part3.xlsm
- http://files.gove.net/shares/files/12f/shi1hong/Write-Up_3.pdf
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