A- Graph B shows exponential growth of a population.
Graph B is a type of exponential equation where y=a(b)^x
"a" is the initial value that intercepts the y-axis in the above equation.
"b" is the value that every value thereafter is growing (multiplying by). Note, if "b" is 1- your value is not growing (since it is staying at it's original 100%). If "b" is, for example 1.5 your value is growing by 50% each time (1 gives you your original 100%, and the .5 gives you an additional 50% on top of that).
"x" is your input, and here it is the exponent because you are multiplying "b" to the power of your input for each value.
Answer:
Explanation: The lab allowed me to model and observe stream and river processes. Using a virtual model, I compared low and high velocity streams or rivers, low and high gradient streams or rivers, and low and high volume streams or rivers. I found that higher velocity streams or rivers can cause more erosion, as do higher gradient and higher volume streams or rivers. Not only did these factors move more small sediment, they also moved larger pieces of sediment.
It will harm the ecosystem pretty horribly. The water wouldn't have really anywhere to go. Hope that helps.
The five distinct layers of the atmosphere based on the changes in temperature and the elements are:
The troposphere: This is the first and lowest layer of the atmosphere of the Earth. Most weather activities takes place here
The stratosphere: The stratosphere is the second layer of the atmosphere of the Earth. Ozone layer is found in the stratosphere
The mesosphere: The mesosphere is directly above the stratosphere. In this layer of the atmosphere, temperature decreases with increasing altitude
The thermosphere: This layer of the atmosphere is above the mesosphere and below the exosphere.
The exosphere: This is the outermost layer of Earth's atmosphere
<h3>What is atmosphere?</h3>
Atmosphere can be defined as layers of gases which envelope a planet
Learn more about the atmosphere:
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