Question 1 Drag the orange points on the cylinder and the cone to change their radil and helghts. (Make sure the Freeze height checkboxes are not checked.)
Set equal radil and heights for the cylinder and the cone, and note their respective volumes. Record the volumes for a few sets of heights and
radil, and calculate the ratio of the volumes in each case. Remember, make sure the height and radius of the cone and the cylinder are the same
in each pair. (You might see some discrepancies in the tool due to rounding of decimals.) Round your calculations for ratio to the hundredths
place. The first one has been done for you.

answer: can you show the options ?

step-by-step explanation:

the given 6 = w/p is equivalent to 6p = w, where w is the total area of the walls and p is the area covered by a single can of paint.

knowing that 6 cans of paint will be needed, 6p = w becomes 6(6) = w = 36.   this tells us that the total area to be painted is 36 square units.

there is only one way to arrange all the eight relative to each other because they are not distinct. we have

now there are nine places to place an (and not more than one in one place).   because we have four symbols, we need to choose four of these nine places to insert an . order does not matter because the are not distinct.

thus there are 1 · c(9,4) ways, or, if we calculate it,

thus there are 126 ways to form such "words."

it would have to be 3/0