40 degrees
Oh, dude, let me break it down for you. So, 150 ml over 1 hour means 150 drops per hour. With a drip factor of 10 drops per milliliter, that's like 1500 drops in total. Divide that by 60 minutes, and you get 25 drops per minute. Easy peasy, lemon squeezy!
(42 drop/minute) x (60 minute/hour) = 2,520 drop/hour
60ml x 15 drops/ml = 900 total drops 900 total drops divided by 60 minutes (1 hour) = 15 drops per minute
you go about 75 miles per hour on the drops.
Blood alcohol concentration )(BAC) drops at the rate of .015 of BAC per hour.
about half an hour to an hour
It depends how big the drops are - but it would be 86,400 drops !... Having just done a quick experiment - five drops from my kitchen tap filled a 5 ml teaspoon - so it would be 8.64 litres over a 24-hour period.
3600 seconds in an hour 10800 seconds in three hours therefore there are 10800 drops in three hours 10800/20 drops =540 cm3 There are .001 dm3 in a cm3 540 cm3 x .001 = .54 dm3 0.54 dm3 is correct.
About half an hour, if you can manage it.
For an IV rate of 100 ml per hour, you would set the IV pump to deliver 1.67 ml per minute (100 ml divided by 60 minutes). If you are using a standard IV administration set with a drip factor of 10 drops per ml, this would equal 16.7 drops per minute (1.67 ml multiplied by 10 drops). You would typically round this to the nearest whole number, so in this case, it would be 17 drops per minute.
Depends on your BAC, which drops .015 of BAC per hour.
That depends on the person's BAC, which drops at the rate of about .015 of BAC per hour.