_mechanisms-124-triple-bond-19.jpg "Mechanisms | Triple Bond 19 from hydrazone Video Screenshot Preview")
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⏲ Duration: 71 sec
✓ Published: 15-Jul-2019
✓ Published: 15-Jul-2019
Description:
Transformation of a ketone to a hydrazone allows you to reduce it to an alkane. The mechanistic steps to form a hydrazone are very similar to that of imine formation. You can play Carbonyl 18 to review the steps of forming an imine.To start this reaction, hydrazine is a strong nucleophile so it attacks the carbon of the carbonyl, thus breaking the pi bond of the carbonyl.The oxide is then protonated by hydronium and a water molecule is used to transfer a proton from nitrogen to the oxygen wh
Transformation of a ketone to a hydrazone allows you to reduce it to an alkane. The mechanistic steps to form a hydrazone are very similar to that of imine formation. You can play Carbonyl 18 to review the steps of forming an imine.To start this reaction, hydrazine is a strong nucleophile so it attacks the carbon of the carbonyl, thus breaking the pi bond of the carbonyl.The oxide is then protonated by hydronium and a water molecule is used to transfer a proton from nitrogen to the oxygen wh
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