In alkenes there are four groups bonded to the carbons which constitute the carbon-carbon double bond. Which of the following situations produces cis-trans isomerism? O None of these results in the existence of cis-trans isomerism. when three of the four groups are the same, but the fourth group is different O when all four groups are the same O when the two groups bonded to each carbon atom are different from one another

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In alkenes there are four groups bonded to the carbons which
constitute the carbon-carbon double bond. Which of the
following situations produces cis-trans isomerism?
None of these results in the existence of cis-trans isomerism.
when three of the four groups are the same, but the fourth group
is different
O when all four groups are the same
when the two groups bonded to each carbon atom are different
from one another
Transcribed Image Text:In alkenes there are four groups bonded to the carbons which constitute the carbon-carbon double bond. Which of the following situations produces cis-trans isomerism? None of these results in the existence of cis-trans isomerism. when three of the four groups are the same, but the fourth group is different O when all four groups are the same when the two groups bonded to each carbon atom are different from one another
Which of the following is true of the six atoms of ethylene?
Four atoms lie in the same plane, but two atoms are not in this
plane.
The carbon atoms have a tetrahedral geometry so the C-C-H
angles are approximately 109°.
All six atoms lie in the same plane.
none of the above
Transcribed Image Text:Which of the following is true of the six atoms of ethylene? Four atoms lie in the same plane, but two atoms are not in this plane. The carbon atoms have a tetrahedral geometry so the C-C-H angles are approximately 109°. All six atoms lie in the same plane. none of the above
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