Class Wiki - User contributions [en]

Fourier Series Assignment

2010-11-01T05:53:55Z

Dcolls: Created page with 'I looked up a Pogo Stick model name (Flybar 1200) online at [http://www.flybar.com/pages/home.html]and found out some interesting data. For example the piston length for the this…'

I looked up a Pogo Stick model name (Flybar 1200) online at [http://www.flybar.com/pages/home.html]and found out some interesting data. For example the piston length for the this type of model is 7-18 inches. The longer you extend the piston the higher you will go. On average the ratio of height is 2*Piston length, although there are some individuals that surpass this statistic. The Pogo Stick can hold riders 120-250lb and in itself it weighs 21lb. It has a thrust capability of 1,200lb of force and a potential height of 5ft.I want to calculate what is the maximum height a rider that is 150lbs can go with the piston length being 18in, to maximize height.

Fall 2010

2010-11-01T05:41:42Z

Dcolls:

Put links for your reports here.

Links to the posted reports are found under the publishing author's name.

Please number and sort Authors alphabetically.

0. [[Banton, Alex]]
*[[Alex's Octave Assignment]]

1. [[Bidwell, Kelvin]]
*[[Kelvin's Octave Assignment]]

2. [[Blaire, Matthew]]
*[[Matthew's Octave Assignment]]

3. [[Boyd, Aaron]]
*[[ Aaron's Octave Assignment]]

4. [[Bryson, David]]
*[[David's Octave Assignment]]

5. [[Colls, David]]
*[[Colls Octave Assignment]]
*[[Fourier Series Assignment]]

6. [[Fullerton, Colby]]
*[[Colby's Octave Assignment]]

7. [[Martinez, Jonathan]]
*[[Martinez's Octave Assignment]]

8. [[Morgan, David]]
*[[David Morgan's Octave Assignment]]
*[[David Morgan's Fourier Series assignment]]

9. [[Roth, Andrew]]
*[[Andrew's Octave Assignment]]
*[[Example: LaTex format]]
*[[Chapter 22--Fourier Series: Fundamental Period, Frequency, and Angular Frequency]]

10. [[Stirn, Jed]]
*[[Jed's Octave Assignment]]
*[[HW#8:Laplace Transforms/Fourier Series]]

11. [[Stringer, Robert]]
*[[Robert's Octave Assignment]]

12. [[Wooley, Andy]]
*[[Andy's Octave Assignment]]

13. [[Zimmerly, Brian]]
*[[Brian's Octave Assignment]]

Fall 2010

2010-11-01T05:38:42Z

Dcolls:

Put links for your reports here.

Links to the posted reports are found under the publishing author's name.

Please number and sort Authors alphabetically.

0. [[Banton, Alex]]
*[[Alex's Octave Assignment]]

1. [[Bidwell, Kelvin]]
*[[Kelvin's Octave Assignment]]

2. [[Blaire, Matthew]]
*[[Matthew's Octave Assignment]]

3. [[Boyd, Aaron]]
*[[ Aaron's Octave Assignment]]

4. [[Bryson, David]]
*[[David's Octave Assignment]]

5. [[Colls, David]]
*[[Colls Octave Assignment]]
*[[Assignment #8]]

6. [[Fullerton, Colby]]
*[[Colby's Octave Assignment]]

7. [[Martinez, Jonathan]]
*[[Martinez's Octave Assignment]]

8. [[Morgan, David]]
*[[David Morgan's Octave Assignment]]
*[[David Morgan's Fourier Series assignment]]

9. [[Roth, Andrew]]
*[[Andrew's Octave Assignment]]
*[[Example: LaTex format]]
*[[Chapter 22--Fourier Series: Fundamental Period, Frequency, and Angular Frequency]]

10. [[Stirn, Jed]]
*[[Jed's Octave Assignment]]
*[[HW#8:Laplace Transforms/Fourier Series]]

11. [[Stringer, Robert]]
*[[Robert's Octave Assignment]]

12. [[Wooley, Andy]]
*[[Andy's Octave Assignment]]

13. [[Zimmerly, Brian]]
*[[Brian's Octave Assignment]]

Colls Octave Assignment

2010-10-01T17:51:50Z

Dcolls:

Here Are Some Linear Algebra Functions You Can Use In Octave

----
* balance (Eigenvalue Balancing)
* cond (Condition Number)
* dmult (computes diag(x)* A efficently)
* dot (Dot Product)
* orth (Orthonormal basis of the range space)
* pinv (pseudoinverse)
* det (Determinant)

For Example when solving a simple matrix to find its determinant you (or any matrix for that matter):

A=[2,0,0;0,5,0;0,0,5;]

2 0 0
0 5 0
0 0 5

det (A)
Then Octave will output an answer saying

ans=50

Colls Octave Assignment

2010-10-01T17:51:21Z

Dcolls:

Here Are Some Linear Algebra Functions You Can Use In Octave

----
* balance (Eigenvalue Balancing)
* cond (Condition Number)
* dmult (computes diag(x)* A efficently)
* dot (Dot Product)
* orth (Orthonormal basis of the range space)
* pinv (pseudoinverse)
* det (Determinant)

For Example when solving a simple matrix to find its determinant you:

A=[2,0,0;0,5,0;0,0,5;]

2 0 0
0 5 0
0 0 5

det (A)
Then Octave will output an answer saying

ans=50

Colls Octave Assignment

2010-10-01T17:50:07Z

Dcolls:

Here Are Some Linear Algebra Functions You Can Use In Octave

----
* balance (Eigenvalue Balancing)
* cond (Condition Number)
* dmult (computes diag(x)* A efficently)
* dot (Dot Product)
* orth (Orthonormal basis of the range space)
* pinv (pseudoinverse)
* det (Determinant)

For Example when solving a simple matrix to find its determinant you:

A=[2,0,0;0,5,0;0,0,5;]

2 0 0
0 5 0
0 0 5

det (A)

ans=50

Colls Octave Assignment

2010-10-01T17:49:52Z

Dcolls:

Here Are Some Linear Algebra Functions You Can Use In Octave

----
* balance (Eigenvalue Balancing)
* cond (Condition Number)
* dmult (computes diag(x)* A efficently)
* dot (Dot Product)
* orth (Orthonormal basis of the range space)
* pinv (pseudoinverse)
* det (Determinant)

For Example when solving a simple matrix to find its determinant you:

A=[2,0,0;0,5,0;0,0,5;]

2 0 0

0 5 0

0 0 5

det (A)

ans=50

Colls Octave Assignment

2010-10-01T17:49:36Z

Dcolls:

Here Are Some Linear Algebra Functions You Can Use In Octave

----
* balance (Eigenvalue Balancing)
* cond (Condition Number)
* dmult (computes diag(x)* A efficently)
* dot (Dot Product)
* orth (Orthonormal basis of the range space)
* pinv (pseudoinverse)
* det (Determinant)

For Example when solving a simple matrix to find its determinant you:

A=[2,0,0;0,5,0;0,0,5;]

{| class="wikitable" border="1"
| 2 0 0
|-
| 0 5 0
|-
| 0 0 5
|}

det (A)

ans=50

Colls Octave Assignment

2010-10-01T17:49:02Z

Dcolls:

Here Are Some Linear Algebra Functions You Can Use In Octave

----
* balance (Eigenvalue Balancing)
* cond (Condition Number)
* dmult (computes diag(x)* A efficently)
* dot (Dot Product)
* orth (Orthonormal basis of the range space)
* pinv (pseudoinverse)
* det (Determinant)

For Example when solving a simple matrix to find its determinant you:

A=[2,0,0;0,5,0;0,0,5;]

2 0 0
0 5 0
0 0 5

det (A)
ans=50

Colls Octave Assignment

2010-10-01T17:36:36Z

Dcolls:

Colls Octave Assignment

2010-10-01T17:32:03Z

Dcolls:

Here Are Some Linear Algebra Functions You Can Use In Octave

----

Colls Octave Assignment

2010-10-01T17:29:22Z

Dcolls: Created page with 'HERE ARE SOME LINEAR ALGEBRA FUNCTIONS YOU CAN USE IN OCATVE'

HERE ARE SOME LINEAR ALGEBRA FUNCTIONS YOU CAN USE IN OCATVE

Colls, David

2010-10-01T17:03:22Z

Dcolls:

<u>CONTACT INFORMATION</u>

'''Email:''' David.Colls@wallawalla.edu

'''Phone/Text:''' (305) 815-6701

Colls, David

2010-10-01T17:03:10Z

Dcolls:

CONTACT INFORMATION

'''Email:''' David.Colls@wallawalla.edu

'''Phone/Text:''' (305) 815-6701

Colls, David

2010-10-01T17:02:11Z

Dcolls:

Contact Information

'''Email:''' David.Colls@wallawalla.edu

'''Phone/Text:''' (305) 815-6701

Colls, David

2010-10-01T17:01:25Z

Dcolls: Created page with ''''Email:''' David.Colls@wallawalla.edu '''Phone/Text:''' (305) 815-6701'

'''Email:''' David.Colls@wallawalla.edu

'''Phone/Text:''' (305) 815-6701

Fall 2010

2010-10-01T16:59:06Z

Dcolls:

Put links for your reports here.

Links to the posted reports are found under the publishing author's name.

Please number and sort Authors alphabetically.

1. [[Roth, Andrew]]
*[[Andrew's Octave Assignment]]
*[[Example: LaTex format]]
*[[Chapter 22--Fourier Series: Fundamental Period, Frequency, and Angular Frequency]]

2. [[Wooley, Andy]]
*[[Andy's Octave Assignment]]

3. [[Fullerton, Colby]]
*[[Colby's Octave Assignment]]

4. [[Colls, David]]
*[[Colls Octave Assignment]]