Please help me understand how to solve this.

A research claims that the stomachs of blue crabs from Location A contain more sh than the stomachs of blue crabs from Location B. The stomach contents of a sample of 17 blue crabs from Location A contain a mean of 190 milligrams of sh and a standard deviation of 38 milligrams. The stomach contents ofa sample 11 blue crabs from Location B contain a mean of 185 milligrams of sh and a standard deviation 41 milligrams. At a = 0.10, can you support the researcher's claim? Assume the population variances are equal. Assume the populations are random and independent, and the populations are normally distributed. What is the claim? Choose the correct answer below. 0 The mean amount of sh in the stomachs of blue crabs from Location A and Location B are the same. 0 The mean amount of sh in the stomachs of blue crabs from Location A is less than the mean amount of sh in the stomachs of blue crabs in Location B. O The mean amount of sh in the stomachs of blue crabs from Location A is greater than the mean amount of sh in the stomachs of blue crabs from Location B. 0 The mean amount of sh in the stomachs of blue crabs from Location A and Location B are different. Write the claim mathematically and identity the null and the alternative hypotheses. Choose the correct answer below. 0 H01 [11 S M H3: #1 > in (claim) 0 Ho: #1 = #2 (claim) Ha: #1 a M2 0 Ho: #1 Z #2 H3: #1 #2 0 Ho? #1 = #2 H3: #1 76 \"2 (claim) 0 H0411 2 #2 (claim) Hz:/-L1