rowan is taking his siblings to get ice cream. they can't decide whether to get a cone or a cup because they want to get the most ice cream for their money.if w=2.5 in, x=5in, y=5 in, z=3 in, and the cone and cup are filled evenly to
the top with no overlap, which container will hold the most ice cream? use 3.14 for it, and round your answer to the nearest tenth

the first choice is the one you want

step-by-step explanation:

you need to find the volume of each of these containers.   the volume for the cone is

with

r = 2.5 and h = 5.   filling in

and the volume of the cone is

32.7 cubic inches.

the volume for the cup (cylinder) is

with

r = 2.5 (half of the diameter) and h = 3.   filling in

and the volume of the cup is

58.9 cubic inches.

subtracting the lower from the higher tells us that there is

26.2 cubic inches more in the cup than in the cone

Algebraically, the point (1,-5) satisfies the first inequality, but does not satisfy the second inequality because -5 is not greater then -5.Graphically, the point (1,-5) lies in the shaded area of the first inequality but lies on the dashed line of the second inequality, which is not inclusive. Therefore, (1,5) is not a solution to the given system of inequalities.

Step-by-step explanation:

GOT IT RIGHT ON EDGE