rainduration ? in app and calculation
the app shows rainduration i ve a question about this.

is this the total duration from midnight ? and how is this calculated ergo when does it start and end. is this implemented in the api output?

i m not sure this is asked before but i could not find any clues.

thanks in advance.

ron
hi ron. the rain duration value is the number of integer minutes that rain was detected for the “local day”. it is not available in the api yet, but will likely be made so in the future.
clock - in the same app, you can set alarms, see what hour is and count down. a simple and useful app that always is welcomed. alarm sound can be personalized. we are required to state the effect of one of the laws governing brightness. apparent brightness:b=l4πd2 where b is apparent brightness, l is intrinsic luminosity, and d is the distance from the source. [readmore]as the distance increases, the apparent brightness gets fainter as the distance from the source increases. the fainting brightness is accounted for by the spreading out of photons: as light travels away from its source, the photons get spread out over increasingly greater areas. the more the light is spread out, the fainter it appears in any given patch of area (for example, the small patch of the area covered by the opening in your eye)the correct choice is:d. far from the source, photons spread over a larger area. the schedule for tree of life awakenings is usually announced just a couple of weeks in advance. its timing is dependent on sundown as darkness is really needed to enjoy this amazing show on the tree of life. be sure to keep an eye on its page in the coming weeks to find its beginning time, which i expect will be around 8:30 p.m. ye they call it app cus its “in”, everything is an app lol. anyhow…

the qubino one is much better in all ways, and its working with the latest update.

i would just swap it out for a new one of the same modell.

qubino has the best dimmers of all competitors. dim without almost no load is 1 thing t… an annuity is a form of insurance that gives an individual the right to receive a certain amount of money over a particular period of time, usually for the rest of one's life. people usually go for an annuity to plan for their future, once you have accepted a booking, customers will have two hours to pick up the currency that they have ordered at your location. once the two hours are up, the booking will have expired. this is a great question! i did a little researching in my universities online database and could not really come up with anything concrete. i think the simplest solution would be to refer to the months involved. ex: instead of saying"the study was done in the summer of 2018"you might instead say"the study took place between june and september 2018."if it is important to the research that this took place during the summer you could specify that this was during summer in north america.if you find a different solution please let me know. i am interested in what you come up with! hi there,

i am making some assumptions about the requirements of your experiment here but lets see if this helps.

short break

would you like the short break to be at the start of each trial ? i.e. the inter-trial-interval? if so try the following:

add a code component to your “trial” routine (c… hello @mutley 

 

may i know the date of expiry shows on your freedome?  please note that freedome multi-platform subscription, you will be able to enter your new renewal code only on the " have a code?" option which should visiable automatically starting from 30 days before the subscription expires in the freedome app.

 

please take a look of this article to know more about the grace pereiod lengths available for all other freedome subsription options. class intervals
frequency
(fi)
xi
di = xi - a
fi di


0 - 20
17
10
-40
-680


20 - 40
28
30
-20
-560


40 - 60
32
50 = a
0
0


60 - 80
p
70
20
20p


80 - 100
19
90
40
760


total
Î£
fi = 96 + p


Î£ fi di = 20p -
480


![](https://s3mn%20mnimgs%20com/img/shared/discuss_editlive/5130830/2013_07_08_13_01_36/mathmlequation8813644107607516415%20png)