myopenmath.com/assess2/?čid=97456&aid%36979687#/skip/5Stephen Stigler determined in 1977 that the speed of light is 299,710.5 km/sec. Some measurements of thespeed of light are given in the table. Is there evidence to show that the datavalue of the speed of light? Test at the 1% level.different from Stigler'sSpeed of Light Measurements in (km/sec)300004299740299824299706299793299765299831299539 299814 299737299593 299689299654299836299880299763299712299700299793299568299704299796299651299548299737299636299788State the hypotheses.Find the point estimate. Round to three decimal places.Find the test statistic. Round to three decimal places.t =Find the p-value. Round to four decimal places.p-value -State your decision.O Since the p-value is less than 0.01, fail to reject Ho.O Since the p-value is greater than 0.01, reject Ho-O Since the p-value is greater than 0.01, fail to reject Ho.O Since the p-value is less than 0.01, reject Ho.Interpret the results.O At the 1% level of significance, there is not enough evidence to conclude that the mean speed oflíght determined by the data is not equal to 299,710.5 km/s.O At the 1% level of significance, there is not enough evidence to conclude that the mean speed oflight determíned by the data is less than 299,710.5 km/s.O At the 1% level of significance, there is not enough evidence to conclude that the mean speed oflight determined by the data is more than 299,710.5 km/s.O At the 1% level of significance, there is enough evidence to conclude that the mean speed of lightdetermined by the data is not equal to 299,710.5 km/s.O At the 1% level of significance, there is enough evidence to conclude that the mean speed of lightdetermined by the data is more than 299,710.5 km/s.O At the 1% level of significance, there is enough evidence to conclude that the mean speed of lightdetermined by the data is less than 299,710.5 km/s.

Given: Mean, μ=299710.5 Level of significance=1% α=0.01 (i) Set the hypothesis: H0: μ=299710.5Ha:…

Stephen Stigler determined in 1977 that the speed of light is 299,710.5 km/sec. Some measurements of the speed of light are given in the table. Is there evidence to show that the data is different from Stigler's value of the speed of light? Test at the 1% level. Speed of Light Measurements in (km/sec) 300004 299740 299706 299700 299796 299737 299763 299793 299793 299765 299831 299654 299836 299712 299704 299651 299568 299824 299539 299636 299814 299737 299880 299548 299593 299689 299788 State the hypotheses. Find the point estimate. Round to three decimal places.

Stephen Stigler determined in 1977 that the speed of light is 299,710.5 km/sec. Some measurements of the speed of light are given in the table. Is there evidence to show that the data is different from Stigler's value of the speed of light? Test at the 1% level. Speed of Light Measurements in (km/sec) 300004 299740 299706 299700 299796 299737 299763 299793 299793 299765 299831 299654 299836 299712 299704 299651 299568 299824 299539 299636 299814 299737 299880 299548 299593 299689 299788 State the hypotheses. Find the point estimate. Round to three decimal places.

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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Estimation

A new framework of data analysis where the new statistical methods are used for interpreting the results and analyzing the data is known as estimation in statistics.

Question

myopenmath.com/assess2/?čid=97456&aid%36979687#/skip/5
Stephen Stigler determined in 1977 that the speed of light is 299,710.5 km/sec. Some measurements of the
speed of light are given in the table. Is there evidence to show that the data
value of the speed of light? Test at the 1% level.
different from Stigler's
Speed of Light Measurements in (km/sec)
300004
299740
299824
299706
299793
299765
299831
299539 299814 299737
299593 299689
299654
299836
299880
299763
299712
299700
299793
299568
299704
299796
299651
299548
299737
299636
299788
State the hypotheses.
Find the point estimate. Round to three decimal places.
Find the test statistic. Round to three decimal places.
t =
Find the p-value. Round to four decimal places.
p-value -
State your decision.
O Since the p-value is less than 0.01, fail to reject Ho.
O Since the p-value is greater than 0.01, reject Ho-
O Since the p-value is greater than 0.01, fail to reject Ho.
O Since the p-value is less than 0.01, reject Ho.
Interpret the results.
O At the 1% level of significance, there is not enough evidence to conclude that the mean speed of
líght determined by the data is not equal to 299,710.5 km/s.
O At the 1% level of significance, there is not enough evidence to conclude that the mean speed of
light determíned by the data is less than 299,710.5 km/s.
O At the 1% level of significance, there is not enough evidence to conclude that the mean speed of
light determined by the data is more than 299,710.5 km/s.
O At the 1% level of significance, there is enough evidence to conclude that the mean speed of light
determined by the data is not equal to 299,710.5 km/s.
O At the 1% level of significance, there is enough evidence to conclude that the mean speed of light
determined by the data is more than 299,710.5 km/s.
O At the 1% level of significance, there is enough evidence to conclude that the mean speed of light
determined by the data is less than 299,710.5 km/s.

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