urgent plz MagDepth1.5619.80.793.91.478.80.0114.42.2618.82.095.91.835.41.474.52.2218.90.734.52.858.10.3110.32.1210.22.9519.71.5914.70.8913.82.2812.92.847.52.8619.72.6416.41.5118.22.6915.71.1214.30.039.32.034.80.152.21.813.40.9211.92.4410.32.296.90.7419.60.535.42.9518.80.849.62.6219.92.075.11.3710.92.882.10.4611.42.9415.32.2219.30.6417.12.5716.42.923.42.2513.30.439.12.515.71.7219.80.932.82.2610.8 Fifty matched pairs of magnitude/depth measurements randomly selected from 10,594 earthquakes recorded in one year from a location in southern California. Find the best predicted depth of anearthquake with a magnitude of 0.9. Use a significance level of 0.05.Click the icon to view the earthquake measurements.Click here to view the critical values of the Pearson correlation coefficient, r.The regression equation is y=+x.(Round to one decimal place as needed.)Given that the earthquake has a magnitude of 0.9, the best predicted depth is(Round to one decimal place as needed.)km.

From the above data X is the Magnitude Y is Earthquake

Answered: Click here to view the critical values…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Mag	Depth
1.56	19.8
0.79	3.9
1.47	8.8
0.01	14.4
2.26	18.8
2.09	5.9
1.83	5.4
1.47	4.5
2.22	18.9
0.73	4.5
2.85	8.1
0.31	10.3
2.12	10.2
2.95	19.7
1.59	14.7
0.89	13.8
2.28	12.9
2.84	7.5
2.86	19.7
2.64	16.4
1.51	18.2
2.69	15.7
1.12	14.3
0.03	9.3
2.03	4.8
0.15	2.2
1.81	3.4
0.92	11.9
2.44	10.3
2.29	6.9
0.74	19.6
0.53	5.4
2.95	18.8
0.84	9.6
2.62	19.9
2.07	5.1
1.37	10.9
2.88	2.1
0.46	11.4
2.94	15.3
2.22	19.3
0.64	17.1
2.57	16.4
2.92	3.4
2.25	13.3
0.43	9.1
2.51	5.7
1.72	19.8
0.93	2.8
2.26	10.8

Click here to view the critical values of the Pearson correlation coefficient, r. The regression equation is y=+x. (Round to one decimal place as needed.) Given that the earthquake has a magnitude of 0.9, the best predicted depth is km. (Round to one decimal place as needed.)