# Laplace transforms / ODE / process model

## Answer

**Answers can only be viewed under the following conditions:**

- The questioner was satisfied with and accepted the answer, or
- The answer was evaluated as being 100% correct by the judge.

1 Attachment

Mathe

3.4K

The answer is accepted.

Join Matchmaticians Affiliate Marketing
Program to earn up to a 50% commission on every question that your affiliated users ask or answer.

- answered
- 426 views
- $100.00

### Related Questions

- Find the general solution of the system of ODE $X'=\begin{bmatrix} 1 & 3 \\ -3 & 1 \end{bmatrix} X$
- Find solutions to the Riemann Problems
- Integration with plancherels theorem
- ODE pls help solve
- Find amplitude-frequency characteristic of a discrete finite signal using Z-transform
- Differential Equations- Initial Value Problem
- Solving a system of linear ODE with complex eigenvalues
- Differential equations

Do you happen to follow a reference book for this?

The only thing I've really been provided is the data sheet on page 9

Answering this question would take at least 3 hours. The bounty should be much higher to respect the time of the user who might be willing to answer.

How much would you suggest?

To decide what a fair bounty should be, think about how much a private tutor would charge for this. I think you should at least double the bounty.

ignoring question 1, would you answer this for $100?

I can give it my best try, and if you are unsatisfied you can ask for a judge to rule how much progress was made and how much should you pay for it. I think you can increase the bounty for this problem to $100 and then I'll accept it.

that would be much appreciated, thanks

apologies I should have provided Taylor series I was asked to use for questions 6 and 7: f[x(t)] ≈ f( x̄) + f’ ( x̄) . [x(t) – x̄] I hadn't realised it's not on the data sheet

Yeah, I figured that out, it would have been better if you had provided that, though.