T 31. Wild horses Large herds of wild horses can become aproblem on some federal lands in the West. Research-ers hoping to improve the management of these herdscollected data to see if they could predict the numberof foals that would be born based on the size of thecurrent herd. Their attempt to model this herd growthis summarized in the output shown.VariableCountМeanStdDevAdults38110.23771.1809Foals3815.394711.9945Dependent variable is FoalsR-squared = 83.5%s = 4.941 with 38 – 2 = 36 degrees of freedomVariableCoefficientSE(Coeff)t-RatioP-ValueIntercept-1.578351.492-1.060.2970Adults0.1539690.011413.5<0.0001e) Suppose that a new herd with 80 adult horses is lo-cated. Estimate, with a 90% prediction interval, thenumber of foals that may be born.

Name: T 31. Wild horses Large herds of wild horses can become aproblem on s
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Description: T 31. Wild horses Large herds of wild horses can become aproblem on some federal lands in the West. Research-ers hoping to improve the management of these herdscollected data to see if they could predict the numberof foals that would be born based o

The given set of data is Independent variable x: Adults Dependent variable y: Foals

Math

Statistics

O 31. Wild horses Large herds of wild horses can become a problem on some federal lands in the West. Research- ers hoping to improve the management of these herds collected data to see if they could predict the number of foals that would be born based on the size of the current herd. Their attempt to model this herd growth is summarized in the output shown. Variable Count Mean StdDev Adults 38 110.237 71.1809 Foals 38 15.3947 11.9945 Dependent variable is Foals R-squared = 83.5% 4.941 with 38 – 2 = 36 degrees of freedom S = Variable Coefficient SE(Coeff) t-Ratio P-Value Intercept -1.57835 1.492 -1.06 0.2970 Adults 0.153969 0.0114 13.5 <0.0001 e) Suppose that a new herd with 80 adult horses is lo- cated. Estimate, with a 90% prediction interval, the number of foals that may be born.

O 31. Wild horses Large herds of wild horses can become a problem on some federal lands in the West. Research- ers hoping to improve the management of these herds collected data to see if they could predict the number of foals that would be born based on the size of the current herd. Their attempt to model this herd growth is summarized in the output shown. Variable Count Mean StdDev Adults 38 110.237 71.1809 Foals 38 15.3947 11.9945 Dependent variable is Foals R-squared = 83.5% 4.941 with 38 – 2 = 36 degrees of freedom S = Variable Coefficient SE(Coeff) t-Ratio P-Value Intercept -1.57835 1.492 -1.06 0.2970 Adults 0.153969 0.0114 13.5 <0.0001 e) Suppose that a new herd with 80 adult horses is lo- cated. Estimate, with a 90% prediction interval, the number of foals that may be born.

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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