% solutions are #grams per 100 mL.
So 75 grams in 500 mLs would be:
>>>There are 5 x 100mL
>>> 75/5 = 15
Your solution is a 15% solution.
2006-08-23 06:07:16
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answer #1
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answered by BugsBiteBack 3
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Mmm
Notice that you can only make this operation exact, if you are working with water solutions, beacause amls of water weights exactly 1 gram (under normal conditions of temp. and pressure)
Then if is the case, the solution you want has 575 grams of total mass, so the percent of thew solid is: 75 *100/575 =13.043478260869565217391304347826% more or less
2006-08-23 06:23:53
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answer #2
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answered by Christian C 6
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in case you may not determine those out devoid of information, i do no longer desire you allotting meds. C'mon. If there is a hundred twenty five mg of ampicillin in a 5 ml dose, isn't it obvious which you desire 4 a hundred twenty five mg doses - and for that reason 20 ml of answer - as a fashion to get 500 mg of ampicillin? you may not upload up ninety 5 milliliters, a million.8 liter, 365 milliliters and a pair of/5 of a liter? hint: how many milliliters are there in a liter? perchance you need to be taking training for hod donning, as a exchange?
2016-12-14 10:25:39
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answer #3
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answered by Anonymous
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75 mg in 500 mL, by dividing both by 5, translates to 15 mg per 100 mL.
% solution is % w/v and is grams/100 mL.
So 15 mg/100 mL is 0.015 g/100 mL or 0.015% w/v
2006-08-23 06:23:58
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answer #4
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answered by david_s_ca 2
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The first answer is correct assuming that the 500mls refers to the volume AFTER you have added the drug. Otherwise, it would be more like a 13% solution.
2006-08-23 06:10:23
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answer #5
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answered by Graham I 6
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1 g per ml is 100% w/v (weight per volume).
75g/500ml * 100 = ahh I don't have a calculator %
weight/ volume * 100.
2006-08-23 06:11:49
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answer #6
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answered by Ellie 4
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buy a nurses calculation book and work it out
2006-08-23 06:10:04
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answer #7
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answered by sky 4
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divide it by 5, and you have a percentage
2006-08-27 03:47:10
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answer #8
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answered by Anonymous
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Please see the webpage for more details on Concentration (Molarity).
2006-08-25 23:10:51
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answer #9
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answered by gangadharan nair 7
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