Answer:
It will take 6.118 minutes to fill up the pool to a depth of 20 cm
Step-by-step explanation:
The first step is to calculate the volume of the wading pool.
we will assume it is a cylinder, hence the volume will be = 
<em>Where r= radius of the pool = 115/2 = 57.5cm</em>
<em>h = depth of the pool =20 cm</em>
The volume of the pool will be 
We are filling a pool of 208,000cm ^{3} at the rate of 34000cm^3, cubed per minute.
To get the time it will take to fill up the pool, we will have to divide as follows:
208,000cm ^{3} / 34000cm^3 =6.118 minutes
Therefore it will take 6.118 minutes to fill up the pool to a depth of 20 cm
The surface area is 327 cm²
Hmmmm it should be 0.15 I think so
Answer:
y = oo (infinity)
Step-by-step explanation:
horizontal asymptote of (2x² + 5x + 6)/(X+1)
= lim x-> oo f(x) = oo
or y = oo
8320 cubes can fit into the prism.
Solution:
Convert mixed fraction into improper fraction.
Length of the prism = 20 in
Width of the prism = 2 in
Height of the prism =
in
Volume of the prism = length × width × height

= 130 in³
Volume of the prism = 130 in³
Length of the cube =
in
Volume of the cube = length × length × length

Volume of the cube = 0.015625 in³

= 8320
Number of cubes = 8320
Hence 8320 cubes can fit into the prism.