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When was GMW Architects created?
GMW Architects was created in 1948.
What is gram formula mass of copper 2 phophate?
Cu3(PO4)2 3(GMW of Cu)+2(GMW of P)+8(GMW of O) 3(63.546)+2(30.973)+8(15.999) =380.576
How do you calculate GMW in chemistry?
Add all of the constituent atomic masses in their stoichometrical proportion...e.g., GMW for H2O is found by adding the following: 2 x 1.00794 + 1 x 15.994 = 18.00988 Follow your rounding rules and that will give you a final answer of 18.010 grams per mole as the Gram Molecular Weight for water.
What is answer to ditloid 19 equals GMW by T G Bat the B O?
Gold Medals Won by Team GB at the Beijing Olympics
What is the Stock symbol for gm preferred shares?
GM preferred stock symbols are: bgm, rgm, gmw, xgm, gms, hgm and gpm. Good luck!
How many grams of water are produces when 2.50 mol oxygen react with hydrogen?
Well calculate it out. You know that there are 6.02X10^23 atoms in a mole. You know that hydrogen has a GMW of 1.0 and oxygen has a GMW of 16. You know that water is H2O. You know, therefore how much a mole of water weighs. You also know that the specific gravity (in this case SG=Density) is 1 g/ml. Now you have all you need to know to derived the answer. We aren't here to do your homework for you.
How many carbon atoms in 1gram?
There are 5.0125 x 10^22 carbon atoms in 1 gram of carbon. 1 gram / 12.01 (GMW) x (6.02*10^23) (Avogadro's number) = 5.0125 x 10^22.
Where can you buy Sandoval Flying V?
If you are lucky, you may see one on eBay every now and then. There are nice replicas not made by sandoval, like GMW who makes a perfect replica and zoesandra on eBay makes a nice replica too, for the least amount of money.
How many moles of sulfur are found in 1.81 X 10 exp24 atoms of sulfur?
How many moles of sulphur in 1.81 X 1024 atoms of sulphur ? The answer is 3. The fact that we are talking about sulphur is immaterial. A mole is just another name for a gram molecular weight. The number of atoms in a gmw (mole) is given by Avogadro's Number, which is 6 X 1023 no matter what the element.
What is the normality of isotonic saline 85 percent NaCL?
NaCl (gmw=58g, valence=1) Grams of equivalent weight = 58/1 = 58grams so 1EQ/ 58grams=1 Normality is expressed in Eq/L With 1% defined as 1 gram per 100 ml, 85% is 85 grams per 100 ml (1EQ/58grams) * (85grams/100ml) * (1000ml/L) = 85000eq/5800L = 14.655 or 15N Although I don't think you were supposed to do 85%, for clinical chemistry it should be something more like 0.85% or the solution would be too hypertonic. In which case it would be (1eq/58grams)*(0.85grams/100ml)* (1000ml/L) = 850eq/5800L = 0.14655 or 0.15N FG 9/16/2012
Where are GMC dealers inTampa, Florida?
There are currently three GMC dealers in Tampa, Florida. They are: Century Cuick Pontiac GMC at 3308 West Hillsborough Avenue and James Rivard Buick Pontiac GMC at 9740 Adamo Drive. In the future, you can use the dealer locator on the official GMW website to see if there are any changes to this list (http://www.gmc.com/locatedealer/gmc/dealersearch.jsp). This should provide you with the necessary information you need in order to find the cars you need, this includes used, and new cars. http://www.jamesrivard.com/
How do you calculate volume when given temperature and density?
Convert the volume and pressure to STP using the combined gas law: P1 V1 / T1 = P2 V2 / T2 Once you know how many liters you have at STP (273K and 1 atmosphere), you know the mass of the gas because 22.4L of gas is one mole. Just convert moles back to mass by multiplying by the GMW (atomic weight) for that particular gas. If you know mass and volume, the density is simply mass/volume. PV/RT=n will also find you the moles (n). Say you have 1 Liter of Oxygen at 250K at 1atm. What is its density? * P1 = 1.000atm * P2 = 1.000atm * V1 = 1.000L * V2 = X * T1 = 250.0K * T2 = 273.0K Since pressure is constant, it cancels out of the combined gas law and leaves you with Charles' law (V1 / T1 = V2 / T2): * 1.000L • 273.0K/250.0K = 1.092L * 1.092L of a gas at STP is 0.0488 mol (as long as it behaves ideally) * Oxygen's (O2) GMW is 31.988 grams/mol * 0.0488 mol • 31.988 grams/mol = 1.561 grams * That means that at your original temperature, you had 1.561 grams of a gas that occupied 1 Liter. Its density at that temperature would be 1.561 grams/liter You can shortcut all that if you are holding pressure constant with: GMW • (273K / T1) / 22.4 L/mol = density in grams/liter. If your pressure is changing you'll need to figure that in: GMW • (P1 • 273K / P2 • T1) / 22.4 L/mol = density in grams/liter. DON'T FORGET TO CONVERT YOUR TEMPERATURE TO ABSOLUTE (KELVIN)!!!! All that will only work for gases for which you know the composition (and so you are able to obtain the GMW). If you don't know the composition you will have to find it by experimentation. If the gas ceases to behave ideally (e.g., it condenses at that temperature) the above will also not work.
