Read the two statements and use the following key to choose…

Read the two statements and use the following key to choose the best answer. A. The first item is greater than the second item. B. The first item is less than the second item. C. The first item is equal or nearly equal to the second item.(1) The number of erythrocytes in a milliliter sample of blood (2) The number of leukocytes in a milliliter sample of blood [OPT1]

(07.02) Christina has $103 earned from babysitting saved at…

(07.02) Christina has $103 earned from babysitting saved at home, and the amount is modeled by the function h(x) = 103. She reads about a bank that has savings accounts that accrue interest according to the function s(x) = (1.03)x−1. Explain how Christina can combine the two functions to model the total amount of money she will have in her bank account as interest accrues after she deposits her $103. Justify your reasoning.

(08.02 MC) Shelly believes the honor roll students at her sc…

(08.02 MC) Shelly believes the honor roll students at her school have an unfair advantage in being assigned to the math class they request. She asked 500 students at her school the following questions: “Are you on the honor roll?” and “Did you get the math class you requested?” The results are shown in the table below:   Honor roll Not on honor roll Total Received math class requested 125 215 340 Did not get math class requested 80 80 160 Total 205 295 500 Help Shelly determine if all students at her school have an equal opportunity to get into the math class they requested. Show your work, and explain your process for determining the fairness of the class assignment process.

(06.01) Three friends went to the fair. Michelle ate three h…

(06.01) Three friends went to the fair. Michelle ate three hot dogs, one pretzel, and two snow cones. She spent $25. Amanda ate two hot dogs, three pretzels, and three snow cones. She spent $30. Lucas ate two hot dogs, two pretzels, and four snow cones. He spent $25. Which system of equations matches the friends’ night at the fair?