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 = 4 in, x =6 in, y = 6 in, z = 2 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 π, and round your answer to the nearest tenth.
a cone with a height of x and a radius of w, a cylinder with a diameter of y and a height of z
the cup holds 56.52 in3 more ice cream than the cone.
the cone holds 56.52 in3 more ice cream than the cup.
the cup holds 43.96 in3 more ice cream than the cone.
the cone holds 43.96 in3 more ice cream than the cup.

Last option.

Step-by-step explanation:

To calculate the volume of the cone, you need to use this formula_

Where "r" is the radius and "h" is the height.

In this case:

Therefore, substituting values into the formula (Using ), you get:

To calculate the volume of the cup (which is a cylinder), you need to use this formula:

Where "r" is the radius and "h" is the height.

In this case:

Therefore, substituting values into the formula (Using ), you get:

You can observe that

The diffrence is:

Rounded to the nearest tenth:

≈

Therefore, the option that matches with this result is the Last option.

cant

step-by-step explanation: there is no picture

answer: (-8,4) are the coordinates of a

step-by-step explanation:

let the side of square abcd is x .

thus the area of square abcd is .

now, by the diagram area of triangle ead= 1/2 × ea × ad = 1/2 × ea × x

( because ad is the side of square)

and, according to the question,

the areas of square abcd and right ead are equal.

⇒

⇒ea=2x

thus, ea: ab=2: 1

therefore, point a divides line segment eb into the ratio 2: 1.

⇒ by sectional formula coordinates of a are,

=

=

=(-8, 4)

thus the coordinates of a are (-8,4)