Answer:
1,400
Explanation:
The carrying capacity is the maximum population size of the species that the environment can sustain indefinitely. When the population reaches its carrying capacity, it begins to decrease due to shortages of resources, such as food, water, habitat, and other necessities.
In the given example, we can see the moose population begins to grow when it reaches about 800 individuals. Then, the population keeps growing until it reaches above 1,400 individuals, after which it begins to decrease. Based on that, we can conclude that the carrying capacity of moose in this ecosystem is 1,400.
Answer:
D. The last option
Explanation:
You can't divide by 0, so find out when the given function is discontinuous.
You can see that x is discontinuous at x=-1,1, so find a piecewise function that fill in those gaps.
Plug x=-1,1 into your function to find out what values you need to fill in. But of course it's discontinuous at those points, so plug in a number near x=1 and x=-1. I chose x=-1.1 and x=1.1
so we need to fill in 2 at x=-1, and fill in 4 at x=1
A greenhouse works in a convection way, since sunlight is energy that flows through the greenhouse windows, it then hits a solid surface and turns into heat. Think of it like an convectional oven, the light of the 1100 watt light bulbs used in an electronic oven hits and bounces off the oven walls(which are a solid surface) and turns into heat in order to cook your food.
Well the answer is:
Most colleges will ask around one to two forms and in rare cases they ask for three.
Hope this helps :D
