Homework grades

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Max points: HW01 - 15, HW02 - 55, HW03 - 65, HW04 - 50, HW05 - 70, HW06 - 40, HW07 - 70, HW08 - 130, HW09 - 80,
    ID     HW01     HW02     HW03     HW04     HW05     HW06     HW07     HW08     HW09         %

HW09

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Problems:

HW09, [ 44K ], last updated December 05, 2017


HW08

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Problems:

HW08, [ 49K ], last updated November 30, 2017

The graphs drawn in solid lines are Expected graphs of the absolute value of error in first derivative vs. inverse stepsize in double-logarithmic axis for different approximations of the derivative. Dotted lines are the graphs of \(y(h) = h^n\), \(n = 1, 2, 4\). Graphs of the first derivative


HW07

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Problems:

HW07, [ 55K ], last updated October 30, 2017


HW06

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Reading:

Cleve Moler, Zeroin, Part 1: Dekker’s Algorithm

Reading:

Cleve Moler, Zeroin, Part 2: Brent’s Version

Reading:

Cleve Moler, Zeroin, Part 3: MATLAB Zero Finder, FZERO

Problems:

HW06, [ 38K ], last updated October 19, 2017


HW05


HW04

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Problems:

HW04, [ 39K ], last updated September 19, 2017


HW03

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Problems:

HW03, [ 48K ], last updated September 12, 2017


HW02

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Git and Gitlab

Create a gitlab account on a UConn gitlab server

Install git, on your computer

Problems:

HW02, [ 59K ], last updated September 11, 2017


HW01

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Reading:

Cleve Moler, Introduction to MATLAB

Matlab quick start:

Create a personal account with Matlab Academy (use your real name) and work through Matlab Onramp tutorial

Problems:

HW01, [ 35K ], last updated August 29, 2017


Homework guidelines

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