19539 bacteria will be present after 18 hours
<u>Solution:</u>
Initial value of bacteria N = 6000
Value after 4 hours 
= 7800
<em><u>The standard exponential equation is given as:</u></em>
where
N is amount after time t
No is the initial amount
k is the constant rate of growth
t is time
Plugging in the values in formula we get,
Solving for "k" we get,
Taking "ln" on both sides, we get
On solving for ln, we get k = -0.0656
The equation becomes, 
Now put "t" = 18,
Hence the bacteria present after 18 hours is 19539
Answer: 128.5 gallons
Step-by-step explanation:
V= πr²h
V=π15²42
V= 29688.05058in³ ÷ 231 ≈ 128.5 gallons
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Answer:
105
Step-by-step explanation:
add them together
The volume of a cylinder is found through the following formula:
We already have all of our values needed for this formula, so plug them into the equation:
Rounded to the nearest ones value, the approximate volume of the cylinder will be 5595 cubic centimeters.
U didn’t put an image or at least i cant see it
