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[teslaalset]

What would you say to this?

Same remark. The current is lagging instead of leading.
In this circuit current is always leading.

[Omnibus]

@Omnibus,
The current in your model is lagging instead of leading. Did you notice?

I'll post my updated model this evening.
I added time calculations but results are exactly same to the calculations where I used degrees.

This is true for the earlier trials. It was a mistake now corrected. Check out the latest spreadsheets (too bad I don't have my Mathematica of MathCAD with me right now; Excel is equally as good)

[Omnibus]

Same remark. The current is lagging instead of leading.
In this circuit current is always leading.

I see current to be leading (its maximum is at lower time values than the voltage maximum). Isn't that supposed to be the case with an RC circuit?

[broli]

It should be correct. It all depends on wether you add or substract that phase angle in the sine function of current. But either way it doesn't change the final results.

[teslaalset]

@Omnibus, @Broli,

My mistake. I checked my books again 
Current phase in your model is Ok.

I've updated my model. It's > 300 KB so I had to upload it to the download section of this forum.
You can download it here: http://www.overunity.com/index.php?action=downloads;sa=downfile&id=395
It should give similar results to your model(s) now, after putting the same components and input voltage and frequency in the yellow cells of my excel file

Edit1Once again, this one doesn't probably work due to the conversion to Excel2007.
I'll upload a new one once it has been resolved.

Edit2
Should be OK, I replaced the file. The link should still be valid