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otez555 [7]
3 years ago
5

Alkyl halides undergo ____________ reactions with Brønsted-Lowry bases. A ____________ is a sp² hybridized and trigonal planar a

nd contains a vacant p orbital. All SN2 reactions proceed with ____________ attack of the nucleophile, resulting in ____________ of configuration at a stereognic center. Spreading out charge by the overlap of an empty p orbital with an adjacent σ bond is called ____________ . Equilibrium favors the products of nucleophilic substitution when the leaving group is a ____________ base than the nucleophile. According the to Hammond postulate, the stability of the ____________ determines the rate of its formation. The formation of equal amounts of two enantiomeric products from a single starting material is called ____________ . A ____________ is an electron-rich compound, which donates a pair of electrons to an electron deficient compound, forming a covalent bond.
Chemistry
1 answer:
emmasim [6.3K]3 years ago
6 0

Answer:

Alkyl halides undergo <u><em>SN2</em></u> reactions with Brønsted-Lowry bases. An <u><em>ethene </em></u>is a sp² hybridized and trigonal planar and contains a vacant p orbital. All SN2 reactions proceed with <u><em>backside</em></u> attack of the nucleophile, resulting in <u><em>inversion</em></u> of configuration at a stereognic center. Spreading out charge by the overlap of an empty p orbital with an adjacent σ bond is called <u><em>hyperconjugation</em></u> . Equilibrium favors the products of nucleophilic substitution when the leaving group is a <u><em>weak</em></u> base than the nucleophile. According the to Hammond postulate, the stability of the <u><em>enthalpy</em></u> determines the rate of its formation. The formation of equal amounts of two enantiomeric products from a single starting material is called <u><em>racemic mixture</em></u> . A <u><em>lewis base</em></u> is an electron-rich compound, which donates a pair of electrons to an electron deficient compound, forming a covalent bond.

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Explanation:

The balanced equation for the reaction is given below:

CuSO₄ + Zn —> ZnSO₄ + Cu

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From the balanced equation above,

159.5 g of CuSO₄ reacted to produce 63.5 g of Cu.

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