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Aug
27
comment Numerical value of physical constants Mathematica 10
you can also use QuantityMagnitude to get the value out.
Aug
27
comment Numerical value of physical constants Mathematica 10
or In[647]:= UnitConvert[Quantity[1, "PlanckConstant"], "eV*s"] Out[647]= Quantity[4.135668*10^-15, "Electronvolts" "Seconds"]
Aug
27
comment Numerical value of physical constants Mathematica 10
what would you like the result to be, i.e. which units should it be with respect to?
Aug
25
reviewed Approve suggested edit on Plotting an function defined by an integral
Aug
22
comment Window ▶ Show Handwriting Input
Have you turned on the "Tablet PC Components" in Windows 7?
Aug
22
revised Dependency injection - use a specific implementation of one function within another
add a bit more clarification
Aug
22
answered Dependency injection - use a specific implementation of one function within another
Aug
15
answered How to display operations on list elements
Aug
7
reviewed Approve suggested edit on Combining images with CUDA
Aug
5
comment Integral too slow and with conditionals
use assumptions Integrate[x/(x^2 + y^2)^(3/2), {y, -a, a}, Assumptions -> (x | y) \[Element] Reals && x > 0 && a > 0]. This is likely a duplicate, but I can't find which one.
Aug
5
comment No menu in Mathematica 10 under Ubuntu 14.04
What is the result of the following? AbsoluteOptions[EvaluationNotebook[], WindowElements]
Aug
5
answered How to programattically create a hyperlink to a local html file?
Aug
2
awarded  Nice Answer
Aug
1
reviewed Approve suggested edit on Displaying subscripted symbols with TraditionalForm
Aug
1
answered How to prevent function from passing values to slot
Jul
30
comment Why does Fourier give a shifted frequency?
@xslittlegrass, actually it was the second part in the answer: "in addition, the discrete fast Fourier transform assumes periodicity."
Jul
30
comment Why does Fourier give a shifted frequency?
possible duplicate of Plotting the frequency spectrum of a data series using Fourier
Jul
30
awarded  Nice Answer
Jul
29
answered CreateDocument options needed to suppress the default notebook menu
Jul
29
comment How to know at which point of a calculation I am while using Table
Table[n = i; Pause[1]; foo[i], {i, 0, 10}]; Labeled[ProgressIndicator[Dynamic[n], {0, 10}], Dynamic[n], Right] for overkill