If 11 of 100 organisms are green, what is q?

Answers

Answer 1
Answer: Assuming that q is the recessive one, the calculation would be :

q^2 = 11/100

q = √(0.11)

q = 0.33

Hope this helps
Answer 2
Answer:

Answer:

The answer would be .33

Explanation:

d


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Wich is a part of cell theory​
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The major cause of ozone depletion is?
When scientists analyze a rock for its age they are able to determine what events occurred and how it affected life. What do scientists deduce from this? A. determine which fossils are more dense B. determine soil settling rates on earth C. that life on earth has stayed the same D. over time life on earth has changed
Which of the following chemical reactions proves the fact that the products of photosynthesis are reactants of respiration?Photosynthesis: Respiration: Photosynthesis: Respiration: Photosynthesis: Respiration:

Radiocarbon dating would be useful in dating the age of Earth.
True or False

Answers

The given statement is False.

Radiocarbon dating cannot be used determine the age of the earth because the earth is million years old.

Radiocarbon dating can be used only for the substance that is 100-40,000 years old.

As, the earth is older than 40,000 years of age radiocarbon dating cannot be used for substances that is this much old.

Answer:

f

Explanation:

3 ways living creatures use carbohydrates

Answers

quick energy, 
energy storage
and add structure
1- fuel in living organisms
2- an anti-coagulant
3- a storage for food

Select the correct answer. Why does soil become less fertile the deeper into the Earth it gets? OA The farther down, the more it is removed from organic matter. O B. The percentage of rock dramatically increases after the O Horizon. O C. The D Horizon prevents nutrients from reaching the other levels, OD. Farmers do not take care of soll below the O Horizon. Reset Next​

Answers

Answer:

A

Explanation:

 

Final answer:

Soil becomes less fertile the deeper it goes because the percentage of organic matter, such as humus and living organisms, decreases with depth. This reduction results in a lower nutrient content in the soil, lessening its fertility.

Explanation:

The soil gets less fertile the deeper it goes due to the increased distance from organic matter. The organic material of soil, called humus, is primarily found in the upper levels of the soil. It improves the soil structure and provides water and minerals to plants. As we go deeper into the soil, the quantity of this organic matter decreases which results in the soil being less fertile. The inorganic matter which primarily forms the deeper soil layers contributes less to fertility as it mainly consists of rock and lesser nutrients.

Besides, soil has different layers called horizons, each with distinct physical and chemical properties. These horizons include the A horizon which is a mixture of organic and inorganic products of weathering, and B horizon where there is an accumulation of mostly fine materials that have moved downward. The fertility of soil decreases as we move from the A horizon to the B horizon and further down.

Biological factors also play a significant role in the fertility of soil. The presence of living organisms greatly affects soil formation and structure. However, the number and impact of these organisms decrease with soil depth, also decreasing fertility.

Learn more about Soil Fertility here:

brainly.com/question/35898160

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What would most likely happen to a unicellular organism if it was exposed to a hypotonic solution for an extended period of time?

Answers

The answer is that a unicellular organism would swell and burst.

In a hypotonic solution the water concentration of the cell's cytoplasm is lower then that of the hypotonic solution. If unicellular organism is exposed to a hypotonic solution, the water from the solution will enter the organism by the process called osmosis. The aim is to balance water concentration on the inside and outside of the organism. But, that water entering the cytoplasm of the cell will make pressure on the cell membrane. If the excess water cannot be removed from the organism, it will swell and burst.

Answer:

It would swell and then burst.

Explanation:

Question 2 Radioactive tracers are useful in ____.A)calculating the ages of fossils

B)determining medical problems

C)fueling nuclear reactions

D)treating brain tumors

Answers

Radioactive tracers are useful in determining medical problems.

Answer: B. Determining medical problems.

Explanation:

Radioactive tracers are comprised of carrier particles that are reinforced firmly to a radioactive atom. These bearer particles shift incredibly relying upon the motivation behind the scan.

A few tracers utilize atoms that associate with a particular protein or sugar in the body and can even utilize the patient's very own cells.

Examples of radioactive tracer are - tritium, carbon-11, carbon-14 and oxygen-15 and so forth. Radioactive tracers are either injected in the body intravenously or orally.

At resting potential the inside of the cell membrane is negatively charged. Why?

Answers

When the membrane is at rest, K+ ions accumulate inside the cell due to a net movement with the concentration gradient. The negative charge within the cell is created by the cell membrane being more permeable to potassium ion movement than sodium ion movement.