Phenol + Calciumhydroxide?
Hey Guys,
Can you please help me to complete the following equation?
Phenol + Calciumhydroxide:
C6H5-OH + Ca(OH)2 =
Thanks in advance.
Answer:
Phenol is relatively acidic in organic compounds due to the resonance stablization. More resonance structures can exist by removing the hydrogen atom on -OH. Therefore, it has stronger tendency to ionize than many organic compounds.
Balanced Eqn:
2 C6H5OH + Ca(OH)2 = Ca(C6H5O)2 + 2 H2O
Net Ionic Eqn:
C6H5OH + OH- = C6H5O- + H2O
Phenol is an acidic compound so when treated with a base, it will react like a simple acid base reaction.
2C6H5-OH + Ca(OH)2 = Ca(C6H5-O)2 + 2H2O
2C6H5OH + Ca(OH)2 = ( C6H5OH )2Ca + 2H2O
More Questions and Answers:
How does xanthoproteic test differ from the heller ring test?
Y is benzane unsuitable for recrystallising naphthalene?
2K+2Hsub(2)O -> 2KOH + Hsub(2)?
I have to write a paper for chemistry-which would be best 1. The Daniell cell or 2. The Water we Drink?
How will i identify hydrchloric,sodium hydroxide and sugar solution if i only have tumeric indicator?
Help us.we need a new alternative for waterproofing agent extracted from a cashew nut. any helpful advice?
Why use Ringer's solution to moisten the gastrocnemius muscle?
Is CaO soluble in water?
Can human swim in kerosene?
Can you please help me to complete the following equation?
Phenol + Calciumhydroxide:
C6H5-OH + Ca(OH)2 =
Thanks in advance.
Answer:
Phenol is relatively acidic in organic compounds due to the resonance stablization. More resonance structures can exist by removing the hydrogen atom on -OH. Therefore, it has stronger tendency to ionize than many organic compounds.
Balanced Eqn:
2 C6H5OH + Ca(OH)2 = Ca(C6H5O)2 + 2 H2O
Net Ionic Eqn:
C6H5OH + OH- = C6H5O- + H2O
Phenol is an acidic compound so when treated with a base, it will react like a simple acid base reaction.
2C6H5-OH + Ca(OH)2 = Ca(C6H5-O)2 + 2H2O
2C6H5OH + Ca(OH)2 = ( C6H5OH )2Ca + 2H2O
The answers post by the user, for information only, FunQA.com does not guarantee the right.
More Questions and Answers: