3. When working with organic compounds, Markovnikov's rule is used to predict ? A) the location of alkali ion that is being added B) where a hydrogen atom goes when added to a double bond C) when a reaction is a result of the oxidation or reduction process D) where changes in ketones or aldehydes will take place E) the position of extra methyl groups in the major or minor products

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3. When working with organic compounds, Markovnikov's rule is used to predict ?
A) the location of alkali ion that is being added
B) where a hydrogen atom goes when added to a double bond
C) when a reaction is a result of the oxidation or reduction process
D) where changes in ketones or aldehydes will take place
E) the position of extra methyl groups in the major or minor products
4. Methane burns in air to form carbon dioxide and water according to the following equation:
CH + 20 + CO , + 2H,O
Which of the following statements about this reaction is FALSE?
ΔΗ =
-882 kJ/mol
A) The reaction is exothermic.
B) The temperature of the surroundings must increase.
C) The change in enthalpy could be expressed just as accurately by showing heat as one
of the products of the reaction.
D) The enthalpy of the products is greater than that of the reactants.
E) Chemical bonds are both broken and formed in this reaction.
Transcribed Image Text:3. When working with organic compounds, Markovnikov's rule is used to predict ? A) the location of alkali ion that is being added B) where a hydrogen atom goes when added to a double bond C) when a reaction is a result of the oxidation or reduction process D) where changes in ketones or aldehydes will take place E) the position of extra methyl groups in the major or minor products 4. Methane burns in air to form carbon dioxide and water according to the following equation: CH + 20 + CO , + 2H,O Which of the following statements about this reaction is FALSE? ΔΗ = -882 kJ/mol A) The reaction is exothermic. B) The temperature of the surroundings must increase. C) The change in enthalpy could be expressed just as accurately by showing heat as one of the products of the reaction. D) The enthalpy of the products is greater than that of the reactants. E) Chemical bonds are both broken and formed in this reaction.
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