Susan has just moved into a new house. For some reason, she cannot get the grass to grow in her yard. She decides to grow small
amounts of grass inside her house as part of an experiment. The first group of grass is exposed to a light intensity of 400. The second group is exposed to a light intensity of 1200.
Using the graph, which of the following should be expected from Susan’s two groups of plants?
Group of answer choices
The plants at a light intensity of 1200 will produce more oxygen than the plants at 400.
The plants at a light intensity of 1200 will perform only stage 1 of photosynthesis.
The plants at a light intensity of 400 will produce more glucose than the plants at 1200.
The plants at a light intensity of 400 will grow more quickly than the plants at 1200.
Using the graph, which of the following should be expected from Susan’s two groups of plants?
Group of answer choices
The plants at a light intensity of 1200 will produce more oxygen than the plants at 400.
The plants at a light intensity of 1200 will perform only stage 1 of photosynthesis.
The plants at a light intensity of 400 will produce more glucose than the plants at 1200.
The plants at a light intensity of 400 will grow more quickly than the plants at 1200.
1 answer:
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The carbocation stabilized by resonance structure and thereby lowers the energy of the carbocation, hydrogen will add to the carbon in the double bond that produces delocalization of electrons.
<h3>What is carbocation?</h3>A carbocation is a molecule in which a carbon atom has a positive charge and three bonds.
In general, electrons are stabilized by delocalization. The stabilization energy engendered by delocalization over more than two atoms is called the resonance stabilization energy or simply the resonance energy. The greater the extent of electron delocalization the greater the resonance stabilization.
Learn more about the carbocation here:
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