The number of organisms being born equals the number of organisms dying.
A population at carrying capacity is neither increasing nor decreasing. When the numbers of individuals in a population of animals, plants or humans exceed their carrying capacity, deaths outnumber births. As the population drops blow carrying capacity, the birth rate grows until births outnumber deaths. Therefore, the number of organisms being born must be equal to the number of organisms dying.
The right answer is C
The carrying capacity (or carrying capacity, or limiting capacity) in ecology is the maximum size of the population of an organism that a given environment can support, ie the capacity of this environment to:
- provide the necessary resources to ensure the sustainability of this species - repair the attacks (pollution, disruption of natural ecological regulations) inflicted by this species on its environment.
At this size a balance will be reached between the number of organisms born and the number of dead organisms.
Snakes detach their jaw to swallow bigger prey.
The 2nd Punnett square in the first attachment shows a probability of 25% of having offspring that will be red-eyed males.
A Punnett square is a type of diagram used to represent a genetic cross and thus estimate genotypic and phenotypic proportions.
In conclusion, the 2nd Punnett square in the first attachment shows a probability of 25% of having offspring that will be red-eyed males.
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Answer:
Second Punnett on the first attachment.
Explanation:
In a 4 x 4 Punnett there are a total of 4 squares. Twenty five percent (25%) of 4 is 1. This means that only 1 square out of the 4 should have the genotype that you are looking for.
Okay going at it in a biological sense. Because red eyes is dominant, we know that the allele should be represented by a capital R. It is X-linked, so it should be on the X. The problem is looking for the probability of a male offspring so the combination should be XY (this means the offspring is male, XX is for females).
So taking that all together, you're looking for the genotype combination:
So you need to find the Punnett that has only 1 square with this combination. The attachment shows which specific Punnett:
When the relationships between species are mapped out, branches spread out from a common trunk, resembling a tree.
Answer
the answer is D hope this helps! c:
Explanation: