STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[Omnibus]

You need to have a Hotmail account.
After logging in, click the 'more' icon on top of the page, then click 'Office Live'.
You need Firefox of IE browser for this. Follow the instructions to install Office Live.
If you are succesful you can now use Excel online

Thanks @teslaalset. That would be great if I can use that (I'm so used to ignoring anything on the hotmail account except for the e-mails sent to me that I've missed that one). Unfortunately, now it's giving me the error 'This item might not exist or is no longer available'. There may be something wrong with my computer. Virus or some other bacteria.

[Omnibus]

@broli and @teslaalset,

If you want you may play not only with the resistance R but also with the capacitance C. For instance, see what the OU would be at, say, R = 5Ohms and C = 64.8pF.

[Staffman]

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I found the link for Microsoft's Office Web.....

http://office.microsoft.com/en-us/web-apps/

Oh.... Heads up.... There is a comment on the page that says that there are some differences between Office 2010 and the Web Apps.

[broli]

@broli and @teslaalset,

If you want you may play not only with the resistance R but also with the capacitance C. For instance, see what the OU would be at, say, R = 5Ohms and C = 64.8pF.

I'm no excel wizard I can only analyze and graph existing formulas, not change them. I have averaged power input and output from your excel file both for 1 ohm and 5 ohm. And the COP is respectively 0.23 and 0.59. which is strange because in my Mathematica report it's always pretty much unity.

[Omnibus]

I'm no excel wizard I can only analyze and graph existing formulas, not change them. I have averaged power input and output from your excel file both for 1 ohm and 5 ohm. And the COP is respectively 0.23 and 0.59. which is strange because in my Mathematica report it's always pretty much unity.

Neither am I but we have to get to the bottom of this. To tell you the truth I trust Excel better because I see what I'm doing and exactly how I'm integrating. Now, in this file I've used 800kHz, 10Ohms and 50pF to make the time intervals more exact with respect to frequency -- one thing we have to be especially careful about is to integrate over full periods. Check it out.

REDACTED: Just replaced it with the corrected one.