ge.instructure.com/courses/2177802/assignments/13744607lapsTranslate3. The STS (round to 3 decimals) is:The P-value (round to 4 decimals) is:4. The decision at a = 0.01 is:O Do not reject Ho since P < aO Do not reject Ho since P > aO Reject Ho since P < aO Reject Ho since P > aThe conclusion is:O There is insufficient evidence to support the claim that the mean temperature in Santa Maria isdifferent than 70.8 degreesO There is sufficient evidence to support the claim that the mean temperature in Santa Maria isdifferent than 70.8 degreesO There is sufficient evidence to reject the claim that the mean temperature in Santa Maria isdifferent than 70.8 degreesO There is insufficient evidence to reject the claim that the mean temperature in Santa Maria isdifferent than 70.8 degreesSubmit QuestionMacBook Air e.instructure.com/courses/2144607A Maps67 TranslateTest the claim that the mean temperature (in degrees F) in Santa Maria is different than 70.8. A randomsample of temperatures at 34 locations yields a mean temperature of 70.5. Use a = 0.01, and assume thatO = 1.1.1. The sample size restriction for this test is:O None needed since population is normally distributedO Need at least 5 successes and 5 failuresO Need n > 30The hypotheses are:O Ho:p = 70.8; Ha:p # 70.8Ο Ho:μ - 70.8; Ha: μ # 70.8Ο Ho: μ 70.8 ; Ha:μ < 70.8O Ho:p > 70.8; Ha:p < 70.8Ο Ho: μ 70.8 ; Ha: μ > 70.8O Ho:p < 70.8; Ha:p > 70.82. This is a O twoO rightO left tailed test and the distribution used isOZ since o knownOT since o not knownOZ since testing a proportionThe Degrees of Freedom areO 34O 33ON/A since this is a Z-test

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Description: ge.instructure.com/courses/2177802/assignments/13744607lapsTranslate3. The STS (round to 3 decimals) is:The P-value (round to 4 decimals) is:4. The decision at a = 0.01 is:O Do not reject Ho since P aO Reject Ho since

From the given information, let X be the temperature (in degrees F) in Santa Maria. Number of…

Math

Statistics

Test the claim that the mean temperature (in degrees F) in Santa Maria is different than 70.8. A random sample of temperatures at 34 locations yields a mean temperature of 70.5. Use a = 0.01, and assume that o = 1.1. 1. The sample size restriction for this test is: O None needed since population is normally distributed O Need at least 5 successes and 5 failures O Need n 2 30 The hypotheses are: O Ho:p = 70.8; Ha:p # 70.8 O Ho:u = 70.8; Ha:µ # 70.8 %3D O Ho:u 2 70.8; Ha:u < 70.8 O Ho:p 2 70.8; Ha:p < 70.8 O Ho:u <70.8; Ha:µ > 70.8 O Ho:p < 70.8; Ha:p > 70.8 2. This is a O twoO rightO left tailed test and the distribution used is OZ since o known OT since o not known OZ since testing a proportion The Degrees of Freedom are O 34 O 33 ON/A since this is a Z-test

Test the claim that the mean temperature (in degrees F) in Santa Maria is different than 70.8. A random sample of temperatures at 34 locations yields a mean temperature of 70.5. Use a = 0.01, and assume that o = 1.1. 1. The sample size restriction for this test is: O None needed since population is normally distributed O Need at least 5 successes and 5 failures O Need n 2 30 The hypotheses are: O Ho:p = 70.8; Ha:p # 70.8 O Ho:u = 70.8; Ha:µ # 70.8 %3D O Ho:u 2 70.8; Ha:u < 70.8 O Ho:p 2 70.8; Ha:p < 70.8 O Ho:u <70.8; Ha:µ > 70.8 O Ho:p < 70.8; Ha:p > 70.8 2. This is a O twoO rightO left tailed test and the distribution used is OZ since o known OT since o not known OZ since testing a proportion The Degrees of Freedom are O 34 O 33 ON/A since this is a Z-test

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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