what’s your end goal with it? Make a s0lut10n? Just Look at it? Pass it along? Also, how precise are we talking? m—g, micro gee, within +\-10m—g of 1000? I don’t think you can get more precise than +\-1 m—g without the tare of
that particular cover, not even an average of ones you’ve seen in the past or
@drdrizzy13 kind and helpful post.
So I’m guessing you want to make a solution. To do that, you’re going to have to take it out of its cover.. but don’t fret! I’ll tell you how to do it without losing any. Take the mass of the cover and magazine (gross weight). Determine what concentration you want and what s0lv€nt. I think etħ@nol is preferable, high proof. Let’s say 5m-g/m-L, so ~200m-L alc0hol. Get a liquid measuring device, preferably a graduated cylinder. Note the tare weight of the graduated cylinder. Note the gross weight of the alc bottle. Then measure 100m-L and slowly and gently pour it into the bro, making sure not to cause it to blow out of the bag. Mix it as best you can and pour it back into the
graduated cylinder (this is where a lot of people go wrong. They measure out 200m-L and dump it into the bro or whatever. The solid has volume, it will no longer be 200 m-L and therefore not 5m-g/m-L). From there, pour small amounts into the bro container and rinse it and pour it into the cylinder.
From there I’d probably do like around 25m-L rinses of the bag until you reach 200.
Then record the weights of the cylinder, alc bottle, and bag (even if there is still some moisture). Deduce how much alc was used. When the bag is dry, subtract the gross weight of the bag from the tare weight (dried bag), and that’ll be your net weight of bro. You can cross reference the weight of the alc at the proof it’s at and the temp when you were working with it (there are graphs online of the volumes of liquids at different temps and the equations of those lines) to see if that was indeed the volume/weight of alc used. Could also give you an indication of the pür1ty of the bro but that’s another lesson.
Or just dump it into a bottle, mix it, and weigh the empty container, or listen to
@drdrizzy13 lol
