For each statement, express the null hypothesis Ho and alternative hypothesis H in symbolic form.1. The mean annual consumption of beer u in the nation's capital is less than the national mean lo-OA. Ho : µ = Ho, H1 : H # HoOB. Ho : µ = Ho, H1 : H > HoOC. Ho : µ = Ho, H1 : µ < Ho.OD. Ho : µ < Ho, H : µ < HoClassify the hypothesis test as two-tailed, left-tailed or right-tailed.A. Two-tailedOB. Right-tailedOC. Left-tailed2. The mean body temperature for humans differs from 98.6 degrees Farenheit.OA. Ho : µ = 98.6, H : µ <98.6OB. H, : µ = 98.6, H, : µ 7 98.6OC. Ho : µ = 98.6, H : µ > 98.698.6, H : µ <98.6OD. Ho : u > 98.6, H u < 98.6Classify the hypothesis test as two-tailed, left-tailed or right-tailed.OA. Right-tailedB. Left-tailedC. Two-tailed

We have given that Mean = μ Null H0 and alternative hypothesis H1

For each statement, express the null hypothesis Ho and alternative hypothesis H, in symbolic form. 1. The mean annual consumption of beer pu in the nation's capital is less than the national mean lo. OA. Ho u = Ho, H1 : H#Ho B. Ho u = fo, H1 : H > Ho OC. Ho : µ = Ho, H1 : u 98.6 OD. Ho u> 98.6, H u <98.6 Classify the hypothesis test as two-tailed, left-tailled or right-tailed. O A. Right-tailed B. Left-tailed OC. Two-tailed

For each statement, express the null hypothesis Ho and alternative hypothesis H, in symbolic form. 1. The mean annual consumption of beer pu in the nation's capital is less than the national mean lo. OA. Ho u = Ho, H1 : H#Ho B. Ho u = fo, H1 : H > Ho OC. Ho : µ = Ho, H1 : u 98.6 OD. Ho u> 98.6, H u <98.6 Classify the hypothesis test as two-tailed, left-tailled or right-tailed. O A. Right-tailed B. Left-tailed OC. Two-tailed

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter10: Sequences, Series, And Probability

Section10.8: Probability

Problem 32E

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