Millimole is expressed as "mmol".
Millimolar is exressed as "mM".
2000 A.D. would be expressed as MM in Roman numerals.
2000 = MM In Roman Numerals M = 1000 So 2000 becomes 1000 + 1000 = M + M written as 'MM'.
110 mm = 4.3307 inches 70 mm = 2.7559 inches 110 mm * 70 mm cannot be expressed in inches since 110 mm * 70 mm is a measure of an area while an inch is a measure of distance.
milli or in symbol: m. E.g. mm is millimetre, mA is milliampere.
So molar means moles per litre. So you have to divide by 1000 and multiply by 0.2. 0.5/1000*0.2 is 0.001 millimoles of glycine in your 0.2 millilitres.
Values can be expressed in terms of weight per unit volume (mg/ deciliter; mg/dL) or in the number of molecules in a volume, or molarity (moles or millimoles/liter; M or mM)
Assuming that "mM" means "millimolar", the solution specified contains 6 millimoles of ammonium sulphate per liter. Therefore, 25 ml of the solution contains 6(25/1000) = 0.15 millimoles. By definition, there are 1000 micromoles per millimole. Therefore, 0.15 millimoles = 150 micromoles.
Any length or distance can be expressed in mm.
2000 A.D. would be expressed as MM in Roman numerals.
There are 1000 millimoles in a mole. So you need to divide by 1000 here. 1250 millimoles / 1000 is 1.25 moles.
Millimole is 1000th of a mole which is 10^-3
Pressure, in particular atmospheric pressure.
2000 = MM In Roman Numerals M = 1000 So 2000 becomes 1000 + 1000 = M + M written as 'MM'.
For this you need the atomic mass of Ca. Take the number of grams and divide it by the atomic mass. Multiply by one mole for units to cancel.125 grams Ca / (40.1 grams) = 3.12 moles Ca
110 mm = 4.3307 inches 70 mm = 2.7559 inches 110 mm * 70 mm cannot be expressed in inches since 110 mm * 70 mm is a measure of an area while an inch is a measure of distance.
25.5meq
You need to divide by 1000 here. This is because there are 1000 millimoles in a mole. 2.55/1000 gives you 0.00255 moles.