molar mass AlF3 = 83.98 g/mole33.4 g AlF3 x 1 mole/83.98 g = 0.398 moles
Each mole of AlF3 contains 3 moles of F- anions, because AlF3 ==> Al^3+ + 3F^-.
Thus, moles of anions = 3 x 0.398 = 1.19 moles of anions
sound travels at 334 metres per second, so 3.34 kilometres away
a change from liquid to solid or solid to liquid will require the use of the formula of Heat of Fusion , q=mHf where m is the mass and Hf = 334J/g, this is standard so you wont have to look for how it came about.In this case the m=5.00g so: q = m Hf q=(5.00g)(334 J/g) , you notice the grams will cancel out. q = 1670 J.
It's necessary to remove 540 calories from a gram of water in order to freeze it. That's about 2260 joules. The amount of energy used by a freezer to do this depends on the efficiency of the freezer.
it will be 11,700J since the formula would be: q=mHf=35g x 334 J/g= 11,700 J
melt snow = 1000g*1mol/18.02g*6.01kj/mol=333.5kj=334 kj warm up H_2_O = q=mST= (1000G)(4.184 J/g *C)(37-0)=154808J=155KJ TOTAL 334KJ+155KJ=489KJ
334 ml = .334 litres
1m = 3.2808399 ft Therefore 334 m = 334 * 3.2808399 = 1095.8005266 ft
334 days is 47 weeks and 5 days.
There are 334/60 = 5 hours and 34 minutes
668.
There are 25.4 millimetres in an inch. Therefore, rounded to two decimal places, 334 millimetres is equal to 334/25.4 = 13.15 inches.
334 m = 0.334 kmTo convert from m to km, divide by 1000.
5.96
The positive integer factors of 334 are: 1, 2, 167, 334
334 millimetres
That is 1,336 quarts
5.5667 minutes.