For the statement below, write the claim as a mathematical statement. State the null and alternative hypotheses and identify which represents theclaim.An amusement park claims that the mean daily attendence at the park is at most 22,000 people.Ha: μ = 22,000D. Ho: μ ≥ 22,000Ha: μ< 22,000Identify which is the claim.Ha: μ# 22,000E. Ho: μ≤ 22,000Ha: μ> 22,000A. The null hypothesis Ho: μ≤22,000 is the claim.B. The null hypothesis Ho: μ ≥22,000 is the claimC. The alternative hypothesis H₂: μ‡22,000 is the claimD. The alternative hypothesis H₂: μ>22,000 is the claim.E. The null hypothesis Ho: μ = 22,000 is the claimF. The alternative hypothesis H₂: μ<22,000 is the claimHa: μ≤22,000OF. Ho: μ<22,000Ha:μ ≥ 22,000 A humane society claims that less than 72% of households in a certain country own a pet. In a random sample of 400 households in that country, 272say they own a pet. At a = 0.10, is there enough evidence to support the society's claim? Complete parts (a) through (c) below.(Type an integer or a decimal. Do not round.)A. Less than 72% of households in the country own a pet.% of households in the country own a pet.C. More than % of households in the country own a pet.D. The percentage households in the country that own a pet is not %.OB.Let p be the population proportion of successes, where a success is a household in the country that owns a pet. State Ho and H₂. Select the correctchoice below and fill in the answer boxes to complete your choice.a(Round to two decimal places as needed.)A. Ho:pzHa: p<D. Ho: p=Ha: pO B.E.Ho: psHa:p>Ho: P# 0.72Ha: p= 0.72OC. Ho: P<H₂:pzOF. Ho:p>Ha:ps

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For the statement below, write the claim as a mathematical statement. State the null and alternative hypotheses and identify which represents the claim. An amusement park claims that the mean daily attendence at the park is at most 22,000 people. Ha: μ = 22,000 OD. Ho: ≥22,000 Ha: μ<22,000 Identify which is the claim. OA. The null hypothesis Ho: μ≤22,000 is the claim. OB. The null hypothesis Ho: μ ≥22,000 is the claim OC. The alternative hypothesis Ha: μ#22,000 is the claim OD. The alternative pothesis Ha: μ>22,000 is the claim. Ha: μ# 22,000 E. Ho: ≤22,000 Ha: μ>22,000 O E. The null hypothesis Ho: μ = 22,000 is the claim O F. The alternative hypothesis H₂: μ<22,000 is the claim H₂: μ≤ 22,000 OF. Ho: <22,000 Ha:μ ≥22,000