What other information is related to the question? Which information is most useful?
What will be an ideal response?
If there is one valence electron then the atom could lose that electron or gain 7 more to have a full
outer shell.
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In a tide pool, a student encounters an organism with a hard outer covering that contains much calcium carbonate, an open circulatory system, and gills. The organism could potentially be a crab, a shrimp, a barnacle, or a bivalve. The presence of which of
A) a mantle B) a heart C) a body cavity D) a filter-feeding apparatus E) eyes
An elderly patient presents with blistering of the skin. You suspect an autoimmune disorder. If your suspicions are correct, the patient's serum should contain antibodies reactive to
A) talin. B) vinculin. C) ?-actinin. D) BPAG. E) actin.
How does the effect of a sudden drop in predator population compare to the effect of a sudden drop in prey population? a. A sudden drop in predator population results in an increase in prey population,while a sudden drop in the prey population results in a sudden drop in thepredator population
b. A sudden drop in the predator population results in a corresponding drop in theprey population, while a sudden drop in the prey population results in a suddendrop in the predator population. c. A sudden drop in the predator population does not affect prey populationnumbers, but a sudden drop in the prey population will result in a sudden drop inthe predator population. d. A sudden drop in the predator population results in a corresponding suddenincrease in the prey population, but a sudden drop in the prey population doesnot affect the predator population.
How do we know green light is not absorbed by chlorophyll?
A) Green light is the wavelength of light that is reflected instead of absorbed by the chloroplasts. B) Not enough of the green light penetrates the ozone layer and makes it to the plant. C) Green light has such a small wavelength that most of it goes straight through the leaves without interacting with the chlorophyll. D) Green light does not have enough energy to excite an electron in the photosystem.