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In the past, a chemical company produced 880 pounds of a certain type of astic per day. Now, using a newly developed and less expensive process, the mean aily yield of plastic for the first 50 days of production is 871 pounds; the standard leviation is 21 pounds. Do the data provide sufficient evidence to indicate that the mean daily yield for the new process is less than that of the old procedure? (Use α=0.05) (a) Alternative hypothesis for the problem above is

In the past, a chemical company produced 880 pounds of a certain type of astic per day. Now, using a newly developed and less expensive process, the mean aily yield of plastic for the first 50 days of production is 871 pounds; the standard leviation is 21 pounds. Do the data provide sufficient evidence to indicate that the mean daily yield for the new process is less than that of the old procedure? (Use α=0.05) (a) Alternative hypothesis for the problem above is

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter1: Expressions And Functions
Section1.2: Order Of Operations
Problem 5CYU
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Ομ >871 Ομ < 871 Ομ < 880 Ομ > 880
Transcribed Image Text:Ομ >871 Ομ < 871 Ομ < 880 Ομ > 880
1. In the past, a chemical company produced 880 pounds of a certain type of plastic per day. Now, using a newly developed and less expensive process, the mean daily yield of plastic for the first 50 days of production is 871 pounds; the standard deviation is 21 pounds. Do the data provide sufficient evidence to indicate that the mean daily yield for the new process is less than that of the old procedure? (Use a=0.05) (a) Alternative hypothesis for the problem above is Ομ > 871 Ομ < 871 << 880 Et C .C (19 99+ * L O O Mail Mail has new messa A4 (?) P R
Transcribed Image Text:1. In the past, a chemical company produced 880 pounds of a certain type of plastic per day. Now, using a newly developed and less expensive process, the mean daily yield of plastic for the first 50 days of production is 871 pounds; the standard deviation is 21 pounds. Do the data provide sufficient evidence to indicate that the mean daily yield for the new process is less than that of the old procedure? (Use a=0.05) (a) Alternative hypothesis for the problem above is Ομ > 871 Ομ < 871 << 880 Et C .C (19 99+ * L O O Mail Mail has new messa A4 (?) P R
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