I believe you would have to use the formular PV=nRT for this problem. First convert n from kg to moles, knowing that Neon is 20.1797 g/mol: (5 kg x 1 mol) / .0201797 kg = 247 mols Next, identify all the variables: P = ? V = 200-L T = 300 K n = 247 mols R = 0.08206 (L*atm)/(K*mol) Now plug the values into the formula: PV = nRT therefore P = nRT /V P = (247 mols)(0.08206 (L*atm)/(K*mol))(300 K) / 200-L = 30.4 atm
Californium-251 decay by alpha emission.
Uranium-238 is a natural isotope of uranium with the mass 238,050 788 247 ± 0,000 002 044 u.a.
Curium: (Symbol Cm, At No 96, At Wt 247, Melt Pt 1337ºC, Boil Pt 3110ºC) is named after Pierre and Marie Curie.
A good candidate would be curium 247 (247Cm), which has a half-life of 1.56 × 107 years. That's 15,600,000 years (15.6 million years).
247 hp
The reciprocal of -247 is -1/247(Because -247 = -247/1
247% = 247/100
45% of 247= 45% * 247= 0.45 * 247= 111.15
74.130% of 247= 30% * 247= 0.30 * 247= 74.1
50% of 247= 50% * 247= 0.50 * 247= 123.50
247, 494 (=247*2), 741 (=247*3) etc.
30% of 247 = 30% * 247 = 0.3 * 247 = 74.1
'The Amazing Spider-Man' # 247 in NM condition is selling for $6.49 .
247/13=19 247 is not a prime
All of the prime numbers (except 2) are odd. The sum of any two prime numbers (except 2) will be even. Unless 245 is a prime number (it isn't) your question does not have a solution.
b + 50 = 247