The table below shows the wind speed y (in mph) of a hurricane versus the barometric pressure x (in mb). Baгometrie Pressure (mb) (x) Wind 1,005 1,004 1,000 Speed (mph) (y) 35 45 50 996 65 984 80 970 100 949 110 929 145 904 160 a. Use the data in the table to find the least-squares regression line. Round the slope to 2 decimal places and the y-intercept to nearest whole unit. b. Use the model in part (a) to approximate the wind speed of a hurricane with a barometrie pressure of 900 mb. Select one: O a. a. y-1.38x+1,395: b. 153 mph Ob a. y=-1.2x + 1,251: b. 155 mph Oc a. y--1.2x+1,251: b. 171 mph Od a. y-1.38x + 1,395; b. 155 mph

The table below shows the wind speed y (in mph) of a hurricane versus the barometric pressure x (in mb). Baгometrie Pressure (mb) (x) Wind 1,005 1,004 1,000 Speed (mph) (y) 35 45 50 996 65 984 80 970 100 949 110 929 145 904 160 a. Use the data in the table to find the least-squares regression line. Round the slope to 2 decimal places and the y-intercept to nearest whole unit. b. Use the model in part (a) to approximate the wind speed of a hurricane with a barometrie pressure of 900 mb. Select one: O a. a. y-1.38x+1,395: b. 153 mph Ob a. y=-1.2x + 1,251: b. 155 mph Oc a. y--1.2x+1,251: b. 171 mph Od a. y-1.38x + 1,395; b. 155 mph

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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