Top Tweets for #Math3185

over 3 years ago

For our last post of the semester, I am mixing it up and focusing on Question 2 for homework 4. This article looks at Zonbie Apocalypses and potential ways we can add to the equation! #Math3185 https://t.co/wxU8OAtB44

1

3

1

0

150

over 3 years ago

Check out this article on Euler's method to solve differential equations. It provides an example and a chunk of the code used. https://t.co/aN8BOkU0Da #math3185

2

0

80

over 3 years ago

This Article compares why and when to use R- squared, correlation, and covariance. Giving each one an example of how to input into Python. #math3185 https://t.co/7djgUV2XQy

3

4

0

80

over 3 years ago

Hey everyone! Here is an article covering how to solve R^2 step-by-step using Python. This is extremely helpful as a review of what we learned in class on Thursday. It could also potentially be helpful in Project 2! #Math3185 https://t.co/NWMR4iDofT

4

3

0

97

over 3 years ago

Check out this article on Ordinary Least Squares regression. It gives a basic understanding of the math with some interactive charts that show the effects. https://t.co/uL3wViDOQf #math3185

1

2

0

38

over 3 years ago

This article talks about partial least squares regression . It also gives a couple of examples with graphs showing the use of partial least squares regression in Python. #math3185 https://t.co/eX7pcDHB1H

2

0

46

over 3 years ago

Hey everyone! I have attached a short link building on what we learned in class. It shows how to create a linear least squares regression of a sine wave! #Math3185 https://t.co/qaXTgNDKWZ

4

3

0

131

over 3 years ago

This article explains what cubic spline interpolation is by giving an example like we saw in class. It also goes into the implementation of cubic spline interpolation in Python. #math3185 https://t.co/PrMrAyBngN

2

0

47

over 3 years ago

Hey everyone! This article covers Parametric Curve Fitting. This method is compared with Lagrange interpolation and cubic splines that we did in class and is another pretty cool way to model points on a graph! #Math3185 https://t.co/DShB79AX4F

4

2

0

112

over 3 years ago

Check out this article on Numerical interpolation. It does a great job explaining what interpolation is and the different types. It even gives an example of a cubic spline we saw in class. https://t.co/vaVLnUCGtO #MATH3185

3

0

98

over 3 years ago

Check out this article on Newton's Divided Difference. We will be looking at this method this week during class and could be helpful for first look #math3185 https://t.co/KxruzWGIOJ

3

2

0

80

over 3 years ago

In class last week we went over how to input Lagrange interpolating polynomials into Python. This article gives a code on inputting Neville’s iteration into Python https://t.co/kyFVUyaPNR #math3185

4

2

0

105

over 3 years ago

I found this really neat article that briefly discusses Lagrange interpolating polynomials and polynomials that look to perfect LIP and how to code them in Python! #math3185 https://t.co/JsBi7JA1yV

4

2

0

123

over 3 years ago

Last week we touched the topic about interpolation. We did not get to practicing in Python but only how to calculate the equations by hand. This article explains linear interpolation and how to input it into Python. #math3185 https://t.co/4mB7bJ8JEh

4

2

0

79

over 3 years ago

For Project One, one of the major issues I ran into was trying to use PEMDAS in Python inappropriately. So my article for this week focuses on how to use order of operations in Python! #math3185 https://t.co/pKujqcZ2LT

4

3

0

135

over 3 years ago

We discussed probability this past week and this article explains what probability is. It also gives code examples of how to set up for a probability problem in Python. #math3185 https://t.co/ibpnnBLoR1

2

0

69

over 3 years ago

After our discussion in class about a potential project regarding enrollment I decided to do some research. I found this article that shows a decline in enrollment dating back to 2010. https://t.co/juvDz73rqD #math3185

3

0

78