Answer: C. because a mammal only has one color that is the same.
Explanation:
Felis bengalensis
What can you tell about these two organisms from their scientific names?
A. You cannot tell anything about an organism from its scientific name alone.
B. The organisms are different subgroups of the same species.
C. The organisms are different species, but belong to the same genus.
D. The organisms belong to the same kingdom but different phyla.
Answer:
I would say C
Explanation:
Because The genus is the first name and the spiecies is the second name
hope this helps :)
Answer:C. The organisms are different species, but belong to the same genus.
Explanation:
It will have no effect on the rates of photosynthesis.
B.
Photosynthesis rates will likely increase.
C.
Photosynthesis will no longer occur during the summer months.
D.
Photosynthesis rates will likely decrease.
Answer:
The correct option is A) Photosynthesis rates will likely increase.
Explanation:
Photosynthesis can be described as a process in which carbon dioxide and water are converted into oxygen and glucose in the presence of sunlight. It is a process by which plants tend to make their own food by using carbon dioxide, water and light energy from the Sun. Hence, the higher the amount of carbon dioxide in the atmosphere, higher will be the amount of photosynthesis to occur.
Answer:
The answer is D actually.
Explanation:
B An omnivore is an animal that eats a diet of both plants and animals.
C Some examples of omnivores include grizzly bears, humans, skinks, raccoons, and many birds, among others.
D Since omnivores eat both plants and animals, their teeth are specialized for the food that they
Since certain omnivores have different teeth, option D is the false one
The right answer is that a strongest bugs were able to survive pesticides, reproduce and create more resistant pests.
Pesticide resistance is a hereditary trait that gives an organism the ability to survive pesticide application at lethal doses for most individuals of the same species.
This resistance, manifested by the absence of inhibition, or reduced inhibition, of the development of a population of pests, may be natural or acquired.
* It is natural if the phenomenon is observed from the first application of a pesticide.
* It is called "acquired" if the phenomenon is observed only after several applications of a pesticide, as a result of the selection over several generations of naturally resistant individuals.
Harmful species develop resistance to pesticides through natural selection: the most resistant specimens survive and transmit their genetic traits to their offspring.