Answer:
A given quantity of solute dissolves faster when it is ground into small particles than if it is in the form of a large chunk because more surface area is exposed.
Answer:
"Organisms can make more organisms, but tables cannot make more tables."
Explanation:
Rise in amount or magnitude, at a continuously rising degree. It is unique probable importance of a strengthening response ring that styles a inhabitants or organization produce (escalate) by progressively advanced quantities. Compound interest is an sample of exponential growth. One of the best instances of exponential progress is detected in bacteria. It takes bacteria unevenly an hour to replicate done prokaryotic fission. The innovative exponential formula was y = 
. We will sign that in these new development and decay purposes, the b value (growth factor) has been substituted moreover by (1 + r) or by (1 - r). The growth "rate" (r) is determined as b = 1 + r.
Answer:
N = 187.55
Explanation:
Here you just need to replace the terms and clear the equation.
You already know that,
- First capture: 25 prairie dogs.
- First marked animals: 25 (the whole first capture)
You let these animals leave and then you made another capture.
- Second capture: 135 prairie dogs
- Already Marked animals: 18 (these 18 dogs were caught in the first capture and marked before releasing them)
To know the size of the prairie dogs population you just need to use the following equation and clear N, which is the value that you are looking for.
Number of individual marked in first catch/Total population size, N = Number of individual marked in 2nd catch / Total number of 2nd catch
- Number of individual marked in first catch = 25 dogs
- Total population size, N = this is what we want to know
- Number of individual marked in 2nd catch = 18 dogs
- Total number of 2nd catch = 135 dogs
So now, we need to replace terms
25 / N = 18 / 135
25 / N = 0.1333
N = 25 / 0.1333
N = 187.55
Answer:
The correct answer is A!
Hope it helps! Thank You! Please mark me Brainliest!
In eukaryotic cells, the theoretical maximum yield of ATP generated per glucose is 36 to 38, depending on how the 2 NADH generated in the cytoplasm during glycolysis enter the mitochondria and whether the resulting yield is 2 or 3 ATP per NADH.Jun 26, 2001
