The height, in meters, of the tallest tower on the Incheon Bridge is 230.5 meters
From the question,
The average depth of the ocean is about 3688 meters.
Also,
To reach this depth, one would have to stack the tallest tower of the Incheon Bridge in South Korea 16 times.
Now, to determine the height, in meters, of the tallest tower on the Incheon Bridge,
We will divide the average depth of the ocean by 16
That is,
The height of the tallest tower on the Incheon Bridge = 3688 m ÷ 16
∴ The height of the tallest tower on the Incheon Bridge = 230.5 meters
Hence, the height, in meters, of the tallest tower on the Incheon Bridge is 230.5 meters
Learn more here: brainly.com/question/3029763
Perimeter is the outside of it and the perimeter is the inside of it, so I'm pretty sure you would have to do both but if u have to do one then I would go with area
Answer:
P(F/E) = 0.5
Step-by-step explanation:
We have the following information:
P(E∩F)=0.1
P(E)=0.2
Additionally, the probability P(A/B) of event A given Event B is calculated as:
P(A/B) = P(A∩B)/P(B)
Now, we want the probability P(F/E), so it is calculated as:
P(F/E) = P(E∩F)/P(E)
Finally, replacing the values we get:
P(F/E) = 0.1 / 0.2
P(F/E) = 0.5
Answer:
6.9 to the nearest tenth.
Step-by-step explanation:
Use the external tangent - chord theorem:
AP^2 = CP * BP
AP^2 = 12 * 4 = 48
AP = √48
= 6.928
Answer:
0(n)
Step-by-step explanation:
Result previous exercise:
procedure count(a1a2...an : string with n > 1)
i:=0
for k:=1 to n
if ak =1 then i:=i + I
return i
<em>Note</em><em>: If you use a different algorithm, then you could possible get different results. </em>
<u>SOLUTION </u>
There is only one part of the code that contains an operation (comparison), namely if a_k =1
This comparison is executed in every iteration of the for-loop
k can take on the values from 1 to n (for k:=I to n), thus k can take on n values.
Thus in total there are then n comparisons, while n is 0(n).