The L is not always capitalized but it is recommended. It can be written as simply ml though it is more common to see and write mL due to a capital L being more decipherable in printed handwriting.
What? Pressure cannot be measured in m or in mL. Please check you homework and resubmit the correct question.
"mL" stands for milliliters, which is a unit of volume measurement often used in medicine. "M" typically stands for milligrams, which is a unit of weight measurement. The syringe may have markings for both volume (mL) and weight (M) measurements to accurately measure and administer medications.
Use v1*C1 = v2*C2C1 (mol/L) = 50.0(mL)*3.0(mol/L) / 1500(mL) = 0.10 mol/L
Lower case m usually represents the mass of the object which is the subject of the formula.
Remember K H D | d c m. Litres is three places to the left of millilitres. So you have to move the decimal place three times to the left. So in this case the answer is 1.5 litres.
It is the lower case m.
lower case m
R. M. Lower has written: 'The case against immigration'
ML.AnswerUnfortunately, the above answer shows a megalitre, not a millilitre! The correct symbol is mL, although a lower-case 'el' is the SI symbol -i.e. ml.
V = volume, M = molarity V1M1=V2M2 (25 mL)(0.0010 M) = (x)(0.010 M) x = (25 mL)(0.0010 M)/(0.010 M) x = 2.5 mL To make a 25 mL 0.0010 M HCl solution with 0.010 M HCl, you would measure out 2.5 mL of the 0.010 M HCl in a 25 mL graduated cylinder (or laboratory equipment of your choice) and then add 22.5 mL of distilled water.
There is an easy way to calculate this, the formula is c1*V1= c2*V2 where c1 = stock concentration (in this case 8 M); c2 = wanted concentration ( 2 M); V1= how much volume of solution 1 (stock solution, in this case 8 M HCl) is needed; V2= desired volume of solution 2 (in this case 2 M HCl). To determine how much 8 M HCl you need you use a modification of the formula above. V1= (c2*V2 ) / c1 = (2 M * 0,150 l )/ 8 M = 0,0375 l So to make 150 ml 2 M hydrochloric acid you need to dissolve 37,5 ml of 8 M HCl in 112,5 ml H2O. Remember to always put acids into water and not the other way around!
To find the volume of 0.400 M solution to add, you can use the dilution formula C1V1 = C2V2: (0.400 M)(V1) = (0.160 M)(10.0 mL) V1 = (0.160 M)(10.0 mL) / 0.400 M V1 = 4.0 mL Therefore, 4.0 mL of the 0.400 M solution should be added to water to achieve a total volume of 10.0 mL with a concentration of 0.160 M.
They aren't. Virgo looks like a lower case "m" with a lower-case "p" bumped up against it with the tail crossed over the the common line. Scorpio looks like a lower-case "m" with the end leg of the "m" extended below the line and turned up to the right at a 45 degree angle in what appears to be a tail..
The lower case "m" in typography is significant because it is a common letter that helps determine the overall look and feel of a font. It is often used as a reference point for the x-height, which is the height of lowercase letters in a font. The design of the lower case "m" can also influence the spacing and balance of a typeface.
25 ml added to 95 ml give a final volume of 120 ml (95 ml)(1.4 M) = (120 ml)(x M) x = 1.1 M
The case of the letter is important. k for kilo ( x 1000 ) is always lower case. m for mili ( x 1 / 1,000,000 ) is lower case, but M for Mega ( x 1,000,000 ) is capitalized.
To determine the volume of 2.55 M NaOH needed to make a 125 mL 0.75 M NaOH solution, you can use the formula for dilution: M1V1 = M2V2. In this case, the initial concentration (M1) is 2.55 M, the final concentration (M2) is 0.75 M, and the final volume (V2) is 125 mL. Solving for V1 (the initial volume of 2.55 M NaOH needed) gives you approximately 415.69 mL.