Parameters are basically variable that are used in the definition of a function used to present arguments passed in a function. Parameters may help generalize the solution of a given problem in a function. Functions with parameters can therefore be used to prevent duplicated code creation in programming. Therefore, the statement B and C are correct.
The given question is incomplete. The complete question is:
Which statements describe transform boundaries? Select two options.
Rift valleys are formed.
Mountains are created.
Faults form in the lithosphere.
Plates move toward each other.
Plates slide in opposite directlồns.
Answer:
The correct options are that formation of faults takes place in the lithosphere and the sliding of the plates takes place in the opposite direction.
Explanation:
The transform boundaries signify towards the site where sliding of the plates takes place past each other, it is also called transform plate boundaries. In the process of the formation of the transform boundaries, neither the formation nor the destruction of the lithosphere takes place, however, in the process formation of thin rift valleys occurs.
The majority of the formation of the transform boundaries are witnessed on the floor of the sea. These boundaries possess the tendency of giving rise to earthquakes of high intensity that imparts a deleterious influence on the ecosystem. California's San Andrea is an illustration of transform boundaries.
Since the lion fish became the apex predator in the controlled environment, I will balance the cycle by adding a (1) new predator which typically feeds on a lion fish and (2) another predatoir which preys on the predator which eats lion fish and preys on lionfish (which unquestionably preys on the lionfishes' prey too).
This method is effective because in every experiment, there is always a control. The control speciment will be the predator which preys on the lionfish.
Development can be noted if and only if the populatyion of the lionfish is decreased. If it happened and it will happen, the population of the two predators I added will be decreased proportional to the number of the lionfishes around.
Using integral calculus: <span>Exponential Growth and </span><span>Decay, we will be able to track down clearly the population of each species in the controlled environment.</span>
Answer:
increasing[1], higher[2], space[3], food[4], climate change[5].
Explanation:
Because global temperatures are <u>increasing[1]</u>, some species are seeking out <u>higher[2]</u> elevations in the Himalayas to colonize. Scientists were worried that these organisms would not have enough <u>space[3]</u> to live, but they have found that there is adequate <u>food[4]</u> at higher elevations. This movement may help these organisms survive the effects of <u>climate change[5].</u>
(Although am positive about 1, 2 and 5, you will need to double check 3 and 4. What I can tell you is that I don't think lifespan has to do with 3 or 4. I chose space and food simply due to the thought that more species moving to higher elevations allows for less space to live, but more prey to be hunted easier.)
