User Portlet
| Discussions |
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| Does, D[#, x] & /@ {-Sqrt[4 - x^2], Sqrt[4 - x^2]} work for you? It of course relies on the variable of integration being x, so?? So, if you need to change that, D[#[[1]], #[[2]]] & /@ {{-Sqrt[4 - x^2], x}, {Sqrt[4 - y^2], y}} ... |
| My delivery issue appears to be an issue with the email address string from a copy paste. It appears resolved. |
| Attended this morning lecture on Notebooks. They made mention of a quiz that was reporteded announced in the earlier email reminder. I don't see that - probably because I registered minutes before ;-) Could you announce the quiz location here? or... |
| In reply to Juergen on 1.13: I had this issue as well generating your number, but if you consider the number of characters as case sensitive - i.e. "A" and "a" separately... Somewhat ambiguous question, so figure this hint is fair game... |
| That's the point. I have not been getting any of the reminder emails - none to date. I received only the signup confirmation which allowed me to attend - and the 1st 3 quizzes where announced in the chat. The last was not. I'll wait 'til Wednesday,... |
| I’ve considered the question of test more, find more as there are both asymptomatic cases and cases not bad enough that people and doctors just recommend stay at home - no need for the test leading to the expectation that real cases may be not just... |
| Probably close this thread. By replacing 10^x_ with E^(Hold[Log[10] x) and surrounding with ReleaseHold, it evaluates. ReleaseHold [ TransformedDistribution[ x = 10^(u /10 ), u \[Distributed] NormalDistribution[ mu, sigma] ] ] //. {10^x_ :>... |