Competency
Mention and render the straight apposition coefficient, and verification straight retreat to discover a best adjust sequence coercion a plant contrive of the grounds and produce predictions.
Scenario
According to the U.S. Geological Survey (USGS), the likelihood of a lump 6.7 or important earthquake in the Important Bay Area is 63%, abextinguished 2 extinguished of 3, in the next 30 years. In April 2008, scientists and engineers released a odd earthquake coercionecast coercion the State of California mentiond the Uniform California Earthquake Rupture Coercionecast (UCERF).
As a younger analyst at the USGS, you are tasked to mention whether there is satisfactory criterionimony to set-upation the arrogation of a straight apposition betwixt the lumps and profunditys from the earthquakes. Your deliverables obtain be a PowerPoint bestowal you obtain restraintm summarizing your discoverings and an achieve muniment to appearance
your product.
Concepts Being Studied
Apposition and retreat
Creating plantplots
Constructing and rendering a Hypothesis Criterion coercion Apposition using r as the criterion statistic
You are attached a spreadsheet that contains the aftercited instruction:
Lump measured on the Richter scale
Profundity in km
Using the spreadsheet, you obtain response the problems adown in a PowerPoint bestowal.
What to Submit
The PowerPoint bestowal should response and decipher the aftercited questions based on the spreadsheet supposing over.
Slide 1: Title slide
Slide 2: Introduce your scenario and grounds be including the unsteadys supposing.
Slide 3: Construct a plantcontrive of the span unsteadys supposing in the spreadsheet. Include a patronymic of what you distinguish in the plantplot.
Slide 4: Discover the rate of the straight apposition coefficient r and the censorious rate of r using a = 0.05. Include an explication on how you set-up those rates.
Slide 5: Mention whether there is satisfactory criterionimony to set-upation the arrogation of a straight apposition betwixt the lumps and the profunditys from the earthquakes. Decipher.
Slide 6: Discover the retreat equation. Let the predictor (x) unsteady be the lump. Identify the emerge and the y-intercept among your retreat equation.
Slide 7: Is the equation a cheerful copy? Decipher. What would be the best predicted profundity of an earthquake with a lump of 2.0? Include the rectify units.
Slide 8: Conclude by recapping your ideas by summarizing the instruction presented in composition of the scenario.
Along with your PowerPoint bestowal, you should include your Achieve muniment which appearances full calculations.
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