Answer:
The answer is B
The greatest number of rides Daniel can go on is 20.
Step-by-step explanation:
Total: The same or less than 40
Fair Admission: 10
ride: 1.50x
40 ≤ 10 + 1.5r
To solve:
40 ≤ 10 + 1.5r
40 - 10 ≤ 10 + 1.5r - 10
30 ≤ 1.5r
30 ÷ 1.5 ≤ 1.5r ÷ 1.5
20 ≤ r
The greatest number of rides Daniel can go on is 20.
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Hmm
we see the one point is at (0,0), how nice of them
we can see esily that the width is 2 and height is 8
when rorated around the y axis, the radius is th ewidth
so the volume is that of a cylinder
V=hpir^2
h=8
r=2
pi=3.141592
V=8*3.141592*2^2
V=8*3.141592*4
V=32*3.141592
V=100.530944
round to tenth
V=100.5 cubic units
height=8 units
width=2 units
radius=2 units
cylinder
volume was 100.5 cubic units
It would be 12 inches in a foot, so therefore 12:1 (12 to 1)
Hope this will help!:)
$768,
She had to pay $64 a month and there are 12 months in a year. So 64 x 12= 768
