Answer:
1.) You want to answer, possibly, your hypothesis.
2.) If you have a prompt and a claim, write your hypothesis down in this form: If ______________, then________________.
3.) Use the scientific process of performing an experiment, like observation, measurement, etc.
4.) LABEL all the sides of your (bar, line, etc) graph.
5.) Write a sentence using your graph in this form:
It (increased/decreased)_________ because _________.
This value is the (greatest/least) __________ because ___________.
6.) Explain why or why not the hypothesis supported your observations and measurements.
My hypothesis (did/didn't) support my experiment because ____________.
7.) In other words, how does your graph, observations, etc., go along with your hypothesis?
Hope this helps.
Explanation:
Answer:
We need two types of environment for this experiment.
Explanation:
We need two types of environment to see the environmental effects on Caribbean reefs. In one environment we have to provide control and optimum environmental as well as biological conditions such as pH and no pollutants etc while on the other hand, we placed the Caribbean reefs in the open environment where environmental conditions are not suitable such as low pH, pollutants, algal blooms etc occurs. So we can see that the first environment have high growth rate of Caribbean reefs whereas the second environment has lower growth of Caribbean reefs due to low pH of the ocean water which prevent the growth of reef's skeleton so the conclusion of this discussion is that Caribbean reefs is negatively affected by environmental conditions.
Answer:
B)make many copies of an organism’s DNA sequence so a small number of organisms will become large enough to be identified.
Im pretty sue it would be <span>increased biodiversity</span>
It seems that you did not provide possible answers, but the mark recapture method is one method that is not very invasive. The population size is estimated by marking a certain number of individuals and releasing them into the wild, followed by a second capture later on. The members captured the second time with the markets from the original capture are used to estimate population size in the formula s*n/x where s and n are the first and second captured population sizes and x is the number of marked inidividuals from the second capture.
