That'll be 5,250mL (as one milliliter is one-thousandth of a liter).
1milliliter = 0.001 microliter
There are a thousand micro-liters in a milliliter.
25 ml is roughly 4.2% of 600 ml
To convert milliliters (ml) to decaliters (daL), you need to divide by 100. So, to convert 1 ml to daL, you would have 0.01 daL.
73 + 25 = 98 means that there is 2 ml of space in the cylinder before there is a risk of the liquid overflowing.
1000 microlitres = 1 milliletre. 25 uL = 0.025 mL
There are 1000 microlitres in a millilitre. To convert here, you multiply by 1000. 0.0036 ml x 1000 is 3.6 microlitres.
There are 106 pmol in a umol and 103 ul in a ml pmol/ul = (pmol/umol) * (umol/ml) * (ml/ul) = 106 * (umol/ml) * 10-3 = 103 * (umol/ml) That is, multiply the value by 103 = 1000.
To convert milligrams (mg) to micrograms (ug), you need to multiply by 1000 because there are 1000 micrograms in a milligram. To convert milliliters (mL) to microliters (uL), you also multiply by 1000 because there are 1000 microliters in a milliliter. So, to convert 40 mg/mL to ug/uL, you would multiply by 1000 x 1000 = 1,000,000. This means 40 mg/mL is equal to 40,000 ug/uL.
Just multiply by 1000.
Divide by 1000. So 200 microlitres = 0.2 millilitres
1milliliter = 0.001 microliter
Milliliters x 1,000 = microliters (µl)250 x 1,000 = 250,000µl
The conversion is 1000 ul/ mL
25ml = 5 tsp
To convert DNA with a concentration of 660.92 ng/uL to 5000 ng/uL in a total volume of 25 uL, you can calculate the volume of the original DNA required to reach the desired concentration. First, determine the amount of DNA needed in the final concentration (5000 ng/uL * 25 uL = 125,000 ng). Then, divide this amount by the original concentration to find the volume required (125,000 ng / 660.92 ng/uL ≈ 189.14 uL). Therefore, you would mix the original DNA with an appropriate volume of diluent to reach the desired concentration and then adjust the total volume to 25 uL.
One mL equals 1000µl