The problem says to add, so
3.54 + 5.12 + 2.3 =
10.96 in (your sum/perimeter)
No becuase the decimal is not equivalent making this false so Abby it’s not correct
Answer:
16.5 hours
Step-by-step explanation:
You know the initial value (100) and the growth factor (2), along with the period associated with that growth factor (12 hours). This lets you write the exponential growth equation as ...
n = 100×2^(t/12)
For n=260, we can divide by 100 and take the log.
260 = 100×2^(t/12)
2.6 = 2^(t/12)
log(2.6) = (t/12)log(2) . . . . next, divide by the coefficient of t
12×log(2.6)/log(2) = t ≈ 16.5 . . . . hours
It will be about 16.5 hours until there are 260 bacteria present.
From my research, the radian is equal to pi/3. To convert from radians to degree, we multiply the given radian by (180/pi). This is shown below:
(pi / 3)*(180 / pi) = 60 degrees.
Therefore, the equivalent of pi/3 radians is 60 degrees. Among the choices, the correct answer is the third one.
87 24/25 as a decimal is 87.96
224 7/10 as a decimal is 224.7
686 49/50 as a decimal is 686.98
