Neon is a noble gas, so is very stable and has an atomic number of 10. So it has 10 protons and 10 neutons. So no it does not need to bond.
The number of lone pairs that are most likely found on the central atom is zero. There are no lone pairs found on the central atom.
Answer: 339K
Explanation:
Initial pressure P1 = 14.9 atm
Final pressure P2 = 16.5 atm
Original temperature T1 = 33.1 °C
Convert Celsius to Kelvin
(33.1°C + 273 = 306.1K)
Final temperature T2 = ?
Apply the formula for Pressure's law
P1/T1.= P2/T2
14.9atm/306.1K = 16.5atm/ T2
To get T2, cross multiply
14.9 x T2 = 16.5 x 306.1
14.9T2 = 5050.65
T2 = (5050.65/14.9)
T2 = 339K
Thus, the final temperature of the gas would be 339K
Answer:
Explanation:
Hello,
In this case, for the given decomposition of phosphorous pentachloride:
As the equilibrium constant is and the initial concentration of phosphorous pentachloride is:
Hence, by writing the law of mass action equation:
We must introduce the change occurring due to the reaction extent and the concentrations at equilibrium (ICE table methodology):
Thus, solving for we obtain:
In such a way, the equilibrium concentration of phosphorous pentachloride results:
Finally, the percent decomposition is computed by:
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