Ask UnkieTrunkie V
If there isn't dairy in it = LIKELY OK. The catch is, some teas just start to get horrifically bitter as you leave them under low heat.
Originally Posted by vtecmom' timestamp='1461623961' post='23948152
Is it ok to leave
tea that had lemon in it on the counter in a Jar with a Spout OR does it need to be refrigerated?
tea that had lemon in it on the counter in a Jar with a Spout OR does it need to be refrigerated?If there isn't dairy in it = LIKELY OK. The catch is, some teas just start to get horrifically bitter as you leave them under low heat.
wheeeewh was worried you were gonna tell me I was gonna be Ill soon

hate to waste the delicious tea so a spoonful of sugar should help the medicine go down
Originally Posted by UnkieTrunkie' timestamp='1461628738' post='23948211
[quote name='vtecmom' timestamp='1461623961' post='23948152']
Is it ok to leave
tea that had lemon in it on the counter in a Jar with a Spout OR does it need to be refrigerated?
Is it ok to leave
tea that had lemon in it on the counter in a Jar with a Spout OR does it need to be refrigerated?If there isn't dairy in it = LIKELY OK. The catch is, some teas just start to get horrifically bitter as you leave them under low heat.
wheeeewh was worried you were gonna tell me I was gonna be Ill soon

hate to waste the delicious tea so a spoonful of

[/quote]
Rum
DAMMIT JEFE. . . .
. . . you only gave Dave half an answer.
So, here's the deal: when the flash memory gets marked, it then becomes charged. So, at any given time, there are still-deteriorating electrons and other sub-atomics in the state of the now-marked memory sector. Conversely, the non-marked sector has not been charged in any way shape or form.
Given that, there's an increased chance of the light and heavy quarks pulling in the marked sectors. So, at any given moment, the marked sector can exert a lighter-mass state than the stoic non-marked area.
The irony is though, that while the non-marked sector will exert more static inertia, the marked sector may have more gravitonic pull (at a sub-atomic level).









