Wed - November 22, 2006Fri - November 17, 2006Homework for Week 11.This homework is about numerical methods
for solving ordinary differential
equations.
Recktenwald Chapter 12 questions 10 12 a) 13 a) 15 a) and 18 a). Posted at 10:03 AM Fri - November 10, 2006Homework for week 10.This homework is about Euler's method for
solving ordinary differential equations.
Recktenwald Chapter 12. questions 3, 4,5 and 6. Posted at 09:25 AM Thu - November 2, 2006Homework for Week 9.This homework is about Gaussian
quadrature. The questions are in the attached PDF
file.
HW9.pdf Posted at 04:32 PM Fri - October 27, 2006Homework for Week 8.This homework is about numerical
integration, also known as numerical quadrature. The questions are in the
attached PDF file.
HW8.pdf Posted at 03:54 PM Wed - October 18, 2006Homework for Week 7.These questions deal with piece-wise polynomial
interpolation. See the attached PDF file. HW7.pdf
Posted at 02:49 PM Fri - October 13, 2006Homework for Week 6These questions deal with polynomial
interpolation using the monomial, Lagrange, and Newton bases.
HW6.pdf
Posted at 04:13 PM Fri - October 6, 2006Homework Week 5.This homework is about norms and
condition numbers.
Recktenwald Chapter 8. questions 22 and 35. For question 22 determine the condition numbers of the matrices used to obtain the interpolating parabola. For question 35 repeat the experiments using cond(A,1) and cond(A,inf). Posted at 11:10 AM Thu - September 28, 2006Homework: Week 4.The questions on the attached PDF file
are on linear algebra and Gaussian elimination.
HW.pdf
Posted at 03:38 PM Fri - September 22, 2006Homework Week 3.No new homework for week 3. Finish up the
homework for week 1 and 2. We will review solutions on Wednesday as preparation
for Fridays quiz.
Posted at 01:11 PM Wed - September 20, 2006Homework: Week 2.The questions on the PDF file are on root
finding algorithms.
HW2.pdf
Posted at 11:54 AM Thu - September 14, 2006Homework: Week 1.Questions are from our textbook
Gerald Recktenwald, Numerical Methods with Matlab
2000
Chapter 2. 1, 3 a) b) 4. 12, 15, 20, 24 Chapter 5. 1, 10, 14 Convert the following binary numbers to decimal a) 11 b) 101 c) 0.1 d) 0.101 Suppose we are using a floating point number system with Base 2, using a 4 bit mantissa and an exponent in the range -3 .. 4. What are the values for eps, realmin and realmax in this system. Posted at 04:27 PM |
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Total entries in this category: Published On: Nov 22, 2006 04:08 PM |