What effect did removing a particular dot have on the numbers of that color dot in the following generations in the experiment?

Biology

1 answer:

telo118 [61]3 years ago

3 0

Answer:

Explanation:

i think their number increased in the next generation

You might be interested in

What is a loccolith?

Scorpion4ik [409]

a mass of igneous rock, typically lens-shaped, that has been intruded between rock strata causing uplift in the shape of a dome. :)

6 0

3 years ago

What happens if a defendant is acquitted

Yuliya22 [10]

A verdict of not guilty constitutes an acquittal. In other words, to find a defendant not guilty is to acquit. At trial, an acquittal occurs when the jury (or the judge if it's a judge trial) determines that the prosecution hasn't proved the defendant guilty beyond a reasonable doubt

5 0

3 years ago

2. The lionfish are disrupting the marine food chain because there are no known predators. If you were a scientist working on th

GrogVix [38]

I would try to contain then kill all the lion fish. i would evaluate it by seeing how many dead lion fish body's i can get out of the water.

8 0

3 years ago

Read 2 more answers

Scientists are studying how the construction of a farm affects the blood diversity of insects in a forest before the Farm was co

fredd [130]

Answer:

The function $f(n)=log_{0.96}(\frac{n}{186})$

Explanation:

Wherever we are studying logarithmic decrease or increase, we can construct our logarithmic function following the next recipe :

$f(n)=log_{x}(\frac{n}{y})$ (I)

Where $''n''$ is the value that we want to obtain (following a logarithmic decrease or increase).

Where $''f(n)''$ is the time needed to obtain that variation.

Where $''x''$ is the parameter related to the percentage decrease or increase

And where $''y''$ is known as the original population.

Now let's use the question to learn how to use the expression (I) :

In order to find the parameter $''x''$ we need to know how porcentual the population changes. We know that the number of insect species decrease by 4 % per month.

Therefore, for the initial month we will have the 100 % of the number of insect species. For the first month we will have a decrease of 4 % which can be written as the 96 % of the original population.

We write 100 % - 4 % = 96 % ⇔ $1-0.04=0.96$

That's how we obtain the parameter $x$ . In this case we subtract 0.04 to the original population 1 because we have a decrease. Otherwise we would have added if we had had an increase. The number 0.96 represents that month by month we obtain the 96 % from the previous month. The value from the parameter is $x=0.96$

Now the original population of insect species is $186$ . Therefore the value for $y$ is $y=186$ . Using the values obtained in the expression (i) we have :