g. Thus, the final conclusion is thatO The results are statistically insignificant at a = 0.01, so there is insufficient evidence toconclude that the population mean time for seeds exposed to rock music to germinate isdifferent than the population mean time for seeds exposed to classical music to germinate.O The results are statistically significant at a = 0.01, so there is sufficient evidence to concludethat the mean germination time for the 54 seeds exposed to rock music that were observed isdifferent than the mean germination time for the 54 seeds that were exposed to classicalmusic that were observed.O The results are statistically insignificant at a = 0.01, so there is statistically significantevidence to conclude that the population mean time for seeds exposed to rock music togerminate is equal to the population mean time for seeds exposed to classical music togerminate.O The results are statistically significant at a = 0.01, so thére is sufficient evidence to concludethat the population mean time for seeds exposed to rock music to germinate is different thanthe population mean time for seeds exposed to classical music to germinate.h. Interpret the p-value in the context of the study.OIf the sample mean germination time for the 54 seeds exposed to rock music is the same as thesample mean germination time for the 54 seeds exposed to classical music and if another 54seeds exposed to rock music and 54 seeds exposed to classical music are observed then therewould be a 0.78% chance of concluding that the mean germination time for the 54 seedsexposed to rock music differs by at least 6 days from the mean germination time for the 54seeds exposed to classical musicO There is a 0.78% chance that the mean germination time for the 54 seeds exposed to rockmusic differs by at least 6 days from the mean germination time for the 54 seeds exposed toclassical music.OThere is à 0.78% chance of a Type I error.OIf the population mean time for seeds exposed to rock music to gérminate is the same as thepopulation mean time for seeds exposed to classical music to germinate and if another 54seeds exposed to rock music and 54 seeds exposed to classical music are observed then therewould be a 0.78% chance that the mean germination time for the 54 seeds exposed to rockmusic would differ from the mean germination time for the 54 seeds exposed to classical musicby at least 6 days.1. Interpret the level of significance in the context of the study.OThere is a 1% chance that there is a difference in the population mean time for seeds exposedto rock vs. classical music to germinate.OIf the population mean time for seeds exposed to rock music to germinate is the same as thepopulation mean time for seeds exposed to classical music to germinate and if another 54seeds exposed to rock music and 54 eeds exposed to classical music are observed, then thereWould be a 18 chance that we would end up falsely concuding that the sampe mean tinmes togerminate for these 54 seeds exposed to rock music and 54 seeds exposed to classical music.differ from each other.Oif the population mean time for seeds exposed to rock music to geminate is the same as thepopulation mean time for seeds exposed to classical music to germinate and if another 54seeds exposed to rock music and 54 seeds exposed to classical music are observed then therewould be a 18 chance that we would end up falsely concuding that the population mean timefor seeds exposed to rock music to germinate is difrerent than the population mean time forseeds exposed to classical music to germinateO There is a 16 chance that the seeds just don't like your taste in music, so please let someoneelse conduct the study. Does it take a different amount of time for seeds to germinate if they are near rock music that iscontinuously playing compared to being near classical music? The 54 seeds that were exposed to rock musictook an average of 23 days to germinate. The standard deviation was 11 days. The 54 seeds that wereexposed to classical music took an average of 17 days to germinate. The standard deviation for these seedswas 12 days. What can be concluded at the a = 0.01 level of significance?a. For this study, we should use Select an answerb. The null and alternative hypotheses would be:Ho: Select an answerV Select an answer vSelect an answer V(please enter a decimal)H: Select an answer v Select an answer VSelect an answer v (Please enter a decimal)c. The test statistic ? v(please show your answer to 3 decimal places.)d. The p-value =(Please show your answer to 4 decimal places.)e. The p-value is ? vaf. Based on this, we should Select an answer v the null hypothesis.%3D

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