For an Aldo-condensation reaction. Explain why the condensation reaction occurred even though no “heat” was provided.
For an Aldo-condensation reaction. Explain why the condensation reaction occurred even though no “heat” was provided.
a) Show the Aldo condensation reaction between cyclohexanone and 4-methoxybenzaldehyde with a base catalyst. Show all steps. b) Write a balanced reaction equation of this Aldo condensation
Explain why diamond and graphite have such different properties even though they are both composed of carbon.
Explain why owners' equity includes common stock as a liability even though the shareholders will not normally be repaid their investments?
Explain briefly why cellulose and starch have such different properties even though they are both polymers of hexose sugars
Consider the provided mechanism. Even though you have never seen this reaction, use your knowledge of mechanisms to predict the product(s). OH + CO OH ОН O он он он + H0
Explain why different cells can perform different functions even though they have identical organelles
Explain, why even though there are thousands of types of natural pollinator, honeybees are exceptionally important to food production. What makes honeybees such effective pollinators- do they have any special traits that allow them to be effective?
78. Apply VSEPR theory to explain why si, is a nonpolar molecule even though it has four polar bonds.
14 Explain in terms of conservation of energy why sweating cools your body, even though the sweat is at the same temperature as your body. Describe the forms of energy involved in this energy transformation. Why don't you get the same cooling effect if you wipe the sweat off with a towel? Hint: The sweat is evaporating.
Condensation Reactions Homework (Chapter 19) NAME 1. Explain why aldehyde A is more reactive to nucleophilic addition reactions than ketone B. 2. Give the curved arrow mechanism for each aldol reaction. est NaOH, H, heat NaOH, H, heat 3. Give the major organic aldol product for each reaction, along with the dehydration produs possible) formed after heating. NaOH H,0 heat NaOH heat HO heat NaOH HO