The only coefficient is a 2 behind the reactant hydrochloride.
Answer:
C-sp, tetrahedral, 180
C-s-p, linear, 180
CH_3-sp3, linear, 109.5
C-sp3, linear, 109.5
C-sp2, tetrahedral, 109.5
CH_3-sp3, tetrahedral, 109.5
CH_3-sp, linear, 180
CH_3-sp2, tetrahedral, 180
Explanation:
Answer:
The molecules in a gas have more freedom of movement than molecules in a liquid. Molecules in gas are free to move away from each other, so gas can expand to fill its container.
Explanation:
Answer:
the question not clear I can't see
Answer:
Explanation:
Hello there!
In this case, according to the given information, it i possible for us to calculate the density of this gas via the ideal gas equation, according to the following setup:
Thus, we plug in the variables (pressure in atm and temperature in K) to obtain:
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