Ms. Flores grows tomatoes on her farm. The price per pound of tomatoes can be modeled by P(x) = 20x + 4. If the total income that she wants to earn from tomatoes for one year can be modeled by l(x) = 60x^3 − 8x^2 + 136x + 28, enter a polynomial that can be used to model the pounds of tomatoes Ms. Flores needs to grow in one year. To get the total pounds of tomatoes, divide the total income for the year by the price per pound.
l(x) ÷ P(x) =

Jonathan pays $1.90 per pound for potatoes. he buys 8.3 pounds of potatoes. he determines that he will pay $15.77, before tax, for the potatoes. which best describes the reasonableness of jonathan’s solution? jonathan’s answer is reasonable because there are two decimal places in the factors and two in the product. jonathan’s answer is unreasonable because there are three decimal places in the factors and two in the product. jonathan’s answer is reasonable because is 16, and 16 is close to 15.77. jonathan’s answer is unreasonable because is 8, and 8 is not very close to 15.77.

The parabola x= √y-9 opens: a.)up b.)down c.)right d.)left

:i need some real : a store sells shirts to the public at one pricing scale and wholesale at another pricing scale. the tables below describe the cost, y, of x shirts. (after tables) how do the slopes of the lines created by each table compare? the slope of the public table is 3/4 of the slope of the wholesale table. the slope of the wholesale table is 3/4 of the slope of the public table. the slope of the public table is 12 times greater than the slope of the wholesale table. the slope of the wholesale table is 12 times greater than the slope of the public table.