.063
It is 50000 + 8000 + 60 + 3
.06 is smaller than .063 by .003.
The answer will vary depending on the date format, for example whether you use the international date format (for example 2015-05-14), day-month-year, month-day-year, and whether you use two or four digits for the year.
32
Depends which department you want to reach accounting: 063-225-1379 cashier: 063-225-2560 trading: 063-225-1400 HR: 063-225-1377 plant manager: 063-225-1376 purchasing: 063-225-1398 if the department you wish to contact is not listed, you may call any of the numbers above and inquire from them
move the decimal (starting from the left) three times and you get .063 and that's your answer
.063
.063
Wachovia Bank NA
It is 50000 + 8000 + 60 + 3
No, 0.63 is less than 0.8
No one knows when Tingaling will be released or even if Tingaling will be released as a Moshling. Some thought that Tingaling was going to be Moshling 063, but 063 turned out to beTomba the Wishful Snowtot.
.06 is smaller than .063 by .003.
The ISBN of Time for Yesterday is 1-85286-063-4.
* First! Figure out what pyridine's formula is: C5H5N So, we know that each molecule of pyridine has 5 C, 5 H, and 1 N. The cool thing about the formula is it doesn't matter what the unit is, as long as the ratio between the C, H, and N remains the same, BUT, being that we're doing chemistry let's use moles. :) 5 moles of C + 5 moles of H + 1 mole of N -->1 mole of C5H5N This can be a weird concept, because you might think "how do you put in 11 moles of stuff and get only one mole of product"... but, just like baking, you put in 5 cups of sugar, 5 cups of flour, and 1 cup of butter, but get one really big cookie (didn't say it would be a good cookie). Well, you put in a few moles of this, a few moles of that...and you get a single mole of C5H5N. * After you figure out the chemical formula, calculate molecular mass: 5 moles of carbon = 5 x 12.011 grams per mole = 60.055 grams 5 moles of hyrdrogen = 5 x 1.008 grams per mole= 5.04 grams 1 mole of nitrogen = 1 x 14.007 grams per mole= 14.007 grams ADD: 60.055 + 5.04 + 14.007 = 79.102 grams per 1 mole of C5H5N * Convert solute to moles! Now, we've figured out that 1 mole of C5H5N has a mass of 79.102 grams....but, we're only putting 5 grams in the solution. How many moles is 5 grams if 1 mole is 79.102 grams? Calculate: 5 grams/ 79.102 grams = .063 moles * Convert to moles per liter (not moles to part of a liter)! So...we are adding .063 moles to .5 liters of solvent, but, molarity is always expressed in moles per liter, so we have to convert this: (.063 moles C5H5N/.5 liter) x 1 liter = .126 moles C5H5N So, if .063 moles of C5H5N dissolved in .5 liters gives a solution of the same concentration as 1.26 moles of C5H5N dissolved in 1 liter (note - we now have it in moles per liter!). As molarity is moles per liter...and adding 5 grams of pyridine (which is .063 moles) to .5 liters of solvent produces a solution of the same concentration (molarity) as dissolving 1.26 moles of solvent in 1 liter, we have produced a 1.26 molar solution.
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