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What about aldehydes and ketones reacting with Na, NaOH and NaHCO3?NaOH is basic, so carboxylic acids would react with it. However, alcohols would not.
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What about aldehydes and ketones reacting with Na, NaOH and NaHCO3?NaOH is basic, so carboxylic acids would react with it. However, alcohols would not.
What about aldehydes and ketones reacting with Na, NaOH and NaHCO3?
Then what about B and D? how many electrons do they have in their outer shells?A complete outer shell has 8 valence electrons, whereas Boron only has 6 in BF3.
Does the equilibrium position affect the rate of reaction?
I'm sure it only affects the yield right?
But the question specifies forward reaction rate.You're asking the wrong questions here. For every change in temperature, pressure or some other condition you have to know that it may affect one or both of the equilibrium or rate. The answer is D because removing ammonia would not alter the rate, whereas increasing the temperature and pressure would.
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Answer is C ... how?
But the question specifies forward reaction rate.
Since it is exothermic reaction, wouldn't increasing the temperature increase the backward reaction rate?
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