Doesn't that depend on how big the hole isThere are about 20 drops in 1 ml. I need to check the actual number.
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Doesn't that depend on how big the hole isThere are about 20 drops in 1 ml. I need to check the actual number.
I have never liked the dropper method, with anything to do with fish. I don't believe the bottles are made to a high enough standard to be accurateMy 1ml pipette gave 20 drops.
Back years and years ago in chemistry practical lessons doing titrations we were told that 1 dop from a burette was 0.05 ml.
My dechorinator has a dropper in the lid which I use to measure drops. If they made made the lid with the hole in it, I have been assuming that they mean to use I drop using their dropper.
Best not...I suspect there'll be a natural variance in drop size, dependent upon a variety of factors.( assuming a drop is a mil )
I'm sure as a chemist, you would be doubtful of the accuracy of them. It depends on the product and it's toxicity whether it is important or not.Does that apply to my eye drops as well? I don't want to risk going blind.......
Four hundred and thirty two...Four hundred and thirty three...Four hundred and thirty four...Oooooooh look! A Shiny Thing!...now then, where was I?Use the correct graduated pipette and 1ml can have 1000 drops or more - but I realise that's not helpful
The Under Gravel Filter is like any other filter that requires/benefits from some routine cleaning. If not, it can become a plugged up 'nitrate factory'.If it doesn't remove the bacteria itself vacuuming will remove the bacteria's food source. Never understood vacuuming tanks.
True as excess detritus can overload a system. However, once decomposition is completed, the resulting sludge is relatively inert material. Assuming routine periodic partial water changes, problems typically only develop with over populated tanks, larger - messy fish, and or over feeding.What vacuuming does is very basically remove fish poop and debris that could cause a ammonia spike that could affect the livestock.
True, but there are typically anoxic or anaerobic regions in any deep substrate which is fine - It's only a potential issue if/when organic decomposition occurs anaerobically. This is why I prefer undisturbed sand as nothing organic gets way down under.You get no anaerobic pockets with under gravel filtration and a gravel base.
Many/most bottled water is pumped from deep wells, often filtered, then bottled. Although I've had issues with high nitrates, I appreciate that I have a private well for the aquariums (although we too drink bottled water).I buy bottled water in bulk for my aquariums and for me. Suits us absolutely fine, no algae issues (the tapwater is loaded in phosphates), no chloramine/chlorine, no heavy metals or any other potential nasties.
Municipalities have been using chlorine to ensure water safety for countless years with no objective evidence of any health issues. Frankly, there would be far more health issues if the water was not treated!We drink the tap water here, if it were chockfull of chlorine, wouldnt it be harmful to us when drinking it? My water supplier says the concentration in my water is 0,06 mg/l of chlorine, of chloride it is 23,8 mg/l. Their recomendation is to let the water sit "for a minute" to get rid of it.