The estimated number of bass in the lake is 1704 bass if the researchers caught, marked, and released 213 basses. Later, they took a sample of 104 basses and found that 13 were marked option third 1704 is correct.
It is described as a collection of data with the same entity that is linked to a problem. The sample is a subset of the population, yet it is still a part of it.
We have:
In City Lake, researchers caught, marked, and released 213 basses. Later, they took a sample of 104 basses and found that 13 were marked.
Proportion = 104/13 = 8
This means 1 marked fish in every 8 fish
The number of basses in the lake = 8×213 = 1704 bass
Thus, the estimated number of bass in the lake is 1704 bass if the researchers caught, marked, and released 213 basses. Later, they took a sample of 104 basses and found that 13 were marked option third 1704 is correct.
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Answer:
12 cm
Step-by-step explanation:
This is a proportionality/similarity problem.
10 cm turned to 4 cm. So by how much has it decreased? In other words, 10 multiplied by WHAT is 4?
0.4 is also known as the scale factor from the large diagram to the small diagram.
So how much would 30 cm become? It would be 30 multiplied by the scale factor, which is 0.4.
Hence, the length of the reduced diagram would be 12 cm.
Answer:
=16 squashes.
x =
Answer:
36.00
Step-by-step explanation:
199.99 - 18%( 36.00)= 163.99
A. 81x^4
B. 1/3x
C. 1/x^6
D. 4x^6