For each conjecture, state the null and alternative hypotheses.
a. The average weight of dogs is 15.6 pounds. H₀: μ=15.6 and H₁: μ ≠ 15.6
b. The average distance a person lives away from a toxic waste site is greater than 10.8 miles. H₀: μ=10.8 and H₁: μ>10.8
c. The average farm size in 1970 was less than 390 acres. H₀: μ=390 and H₁: μ<390
d. The average number of miles a vehicle is driven per year is 12,603 . H₀: μ=12,603 and H₁: μ ≠ 12,603
e. The average amount of money a person keeps in his or her checking account is less than $ 24. H₀: μ=24 and H₁: μ<24
For the given conjecture state the null and alternative hypotheses. The average distance a person lives away from a toxic waste site is greater than 36 miles. For the given conjecture state the null and alternative hypotheses. The average farm size in 1970 was less than 27 acres.
For the given conjecture state the null and alternative hypotheses. The average weight of dogs is 4.71 pounds.
4a help A. State the null and alternative hypotheses for each conjuncture. Indicate whether each is a left tailed, right tailed or a two tailed test. a) The average number of miles a person drives per day is 24. A researcher wishes to see if people over age 60 drive less than 24 miles per day on average.
For the following conjecture, state the null and alternative hypotheses: "The average pulse rate of male marathon runners is greater than 83 beats per minute." The null hypothesis is Ho: (select) 83. The alternative hypothesis is H1 (select) 83.
1-4 1. State the null hypothesis, alternative hypothesis and identify the claim for each conjecture a. A medical researcher is interested in finding out whether a new medication will have undesirable effects on patients pulse rates. Since she knows that the mean pulse rate for the population under the study is 82 beats per minute, the hypotheses for this situation are: b. A contractor wishes to lower heating bills by using a special type of insulation in houses. If the...
For each situation, state the null and alternative hypotheses: (Type "mu" for the symbol μ , e.g. mu > 1 for the mean is greater than 1, mu < 1 for the mean is less than 1, mu not = 1 for the mean is not equal to 1. Please do not include units such as "mm" or "$" in your answer.) (a) The diameter of a spindle in a small motor is supposed to be 5.3 millimeters (mm) with...
For each situation, state the null and alternative hypotheses: (Type "mu" for the symbol μ , e.g. mu > 1 for the mean is greater than 1, mu < 1 for the mean is less than 1, mu not = 1 for the mean is not equal to 1. Please do not include units such as "mm" or "$" in your answer.) (a) The diameter of a spindle in a small motor is supposed to be 4.8 millimeters (mm) with a standard...
(1 point) For each situation, state the null and alternative hypotheses: (Type "mu" for the symbol μ , e.g. mu > 1 for the mean is greater than 1, mu < 1 for the mean is less than 1, mu not = 1 for the mean is not equal to 1. Please do not include units such as "mm" or "$" in your answer.) (a) The diameter of a spindle in a small motor is supposed to be 4.5 millimeters...
(1 point) For each situation, state the null and alternative hypotheses: (Type "mu" for the symbol μ , e.g. mu > 1 for the mean is greater than 1, mu < 1 for the mean is less than 1, mu not = 1 for the mean is not equal to 1. Please do not include units such as "mm" or "$" in your answer.) (a) The diameter of a spindle in a small motor is supposed to be 5.5 millimeters...
(1 point) For each situation, state the null and alternative hypotheses: (Type "mu" for the symbol u , e.g. mu > 1 for the mean is greater than 1, mu < 1 for the mean is less than 1, mu not = 1 for the mean is not equal to 1. Please do not include units such as "mm" or "$" in your answer.) (a) The diameter of a spindle in a small motor is supposed to be 6.4 millimeters...