HW #4

PROBLEM #1

This program calculates the stress and strain based on data collected of force applied and the change in length of a specific material. The program will also output a graphical interpretation of stress vs. strain along with a text box indicating the yield point of the material.

This is the graphical output of the function above.

This program will output various shapes (flower, heart, hexagram, hexagon) in polar coordinates and output 4 subplots within the same window of said shapes

Graphical output of the program above.

This program takes the inputs of raw data by year of the number of transistors per square inch on a processor at that particular time and compare it to Moore's equation, which is a model predicting the expansion of transistors on computer processors over time. The first part of the program outputs a table which models Moore's prediction, while the rest of the program is designed to output two separate figures each containing graphical data.

Computational models of Moore's law using 4 different logarithmic graph types within the same figure window (linear, semilogx, semilogy, loglog).

Graphical representation of Moore's law versus the actual data taken over the last 5 decades.