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nataly862011 [7]
1 year ago
6

complete the mechanism for the electrophilic addition when the alkene is treated with water in acid. a) Use curved arrows to sho

w the attack on the electrophilic hydrogen by the alkene. b) Complete the structure of the carbocation intermediate by adding the missing positive charge.
Chemistry
1 answer:
lara31 [8.8K]1 year ago
7 0

Alkenes experience electrophilic addition reactions. Cross-bond addition of electrophiles occurs. Because the double bond has a higher electron density and acts as a neucleophile in the given reaction, the H+ is across

<h3>What is extremely reactive and what's an example?</h3>

Since they have a low level of electrons, electrophiles can accept a pair of electrons from species that have a high level of electrons. Carbocations and compounds with carbonyls are two examples. An electron-rich species known as a nucleophile gives electron pairs to other species that lack electrons. Examples include cyanide ions, carbanions, water, ammonia, and more.

<h3>Why is a given atom electrophilic?</h3>

An electrophile is a reagent that accepts two electrons to create a new covalent bond. Let's now discuss electrophilicity, often known as "electron-loving" or "loving negative charge." In order to create a new covalent bond, an electrophile species must receive two electrons.

To know more about electrophilic visit:

brainly.com/question/28026083

#SPJ4

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A. The maximum possible mass of sodium that can be produced is 47.18 Kg

B. The percentage yield of the reaction is 80.6%

<h3>Determination of the mass of NaCl and Na </h3>

We'll begin by calculating the mass of NaCl that reacted and the mass of Na obtained from the balanced equation.

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Molar mass NaCl = 23 + 35.5 = 58.5 g/mol

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SUMMARY

From the balanced equation above,

0.117 Kg of NaCl reacted to produce 0.046 Kg of Na.

<h3>A. How to determine mass of Na produced </h3>

From the balanced equation above,

0.117 Kg of NaCl reacted to produce 0.046 Kg of Na.

Therefore,

120 Kg of NaCl will react to produce = (120 × 0.046) / 0.117 = 47.18 Kg of Na

Thus, the maximum mass of Na produced is 47.18 Kg.

<h3>B. How to determine the percentage yield </h3>
  • Actual yield = 38.05 Kg
  • Theoretical yield = 47.18 Kg
  • Percentage yield =?

Percentage yield = (Actual / Theoretical) × 100

Percentage yield = (38.05 / 47.18) × 100

Percentage yield = 80.6%

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