Answer:
Step-by-step explanation:
V = πr²h
1014π = πr²·6
r² = 1014/6 = 169
r = 13 cm
Answer:
C. horizontal line that is 33.8 units
Step-by-step explanation:
We assume your equation should be ...

The largest denominator in this standard-form equation of an ellipse is under the y-term, so the major axis is vertical. The directrix will be a horizontal line.
The distance from the center to the directrix is always longer than the semi-major axis, so will be more than √169 = 13. This only leaves choice C.
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If "c" is the center-to-focus distance, it will be the root of the difference of the denominators in the equation:
c = √(169 -144) = 5
For semi-major axis "a", the distance from the center to the directrix is ...
a²/c = (13²)/5 = 33.8 . . . . . matches choice C
You go 6 units to the right, then go 5 units up.
A customer can save $7.
To get two months of the one month supply, you multiply it by 2.
$28 x 2 = $56
To find the difference (how much you can save) subtract $49 from $56.
$56 - $49 = $7
Answer:
V(4) = 212.1320344
V(10) = 474.341649
Step-by-step explanation:
I'm not sure but i just substitute every
t by 4 and 10 .