What determines the rate of nutrients and waste are exchanged from the cell and the environment?A. Surface Ratio
B. Milliliters
C. Surface Area to Volume Ratio
D. Volume

Answers

Answer 1
Answer:

The rate of nutrients and waste are exchanged from the cell and the environment depends on surface area to volume ratio.

What is a surface area to volume ratio?

The amount of square meters of surface area per unit volume is known as surface area to volume ratio.

What is the relationship between surface area to volume ratio and size of the cell?

The surface area to volume ratio becomes smaller as the size of a cell increases.

What is the relationship between surface area to volume ratio and exchange of materials?

The exchange takes more time when the surface area to volume ratio is small.

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Answer 2
Answer:

Answer:

C.

Explanation:

Volume, no

Milliliters , no

Surface Ratio, come on


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If two eukaryotes participate in lateral gene transfer what will this do to the overall genetic variation of thespecies?
A) Nothing, the genetic variation will stay the same.
B) The genetic variation will decrease.
C) The genetic variation will increase.
D) This type of gene transfer is impossible in eukaryotes.

Answers

Lateral gene transfer, also known as horizontal gene transfer, increases genetic diversity and plays a big role in evolution of single celled organisms. 

Answer:

The correct answer would be C) The genetic variation will increase.

Horizontal or lateral gene transfer refers to the transmission of genetic material between two different genomes which is distinguished from a transfer of genetic material from parent to the offspring that is, vertical gene transfer.

For example, transformation, transduction, and conjugation result in horizontal gene transfer in bacteria.

It increases genetic variation of the population and plays important role in adaptation as well as evolution.

Mimulus lewisii and Mimulus cardinalis are two plants that occupy the same habitat but do not interbreed in nature. However, they can be readily crossed in the laboratory to produce fertile offspring. Which of the following is a likely reason that prevents interbreeding of these plants in nature?A(They only reproduce by self–pollination.
B(They have incompatible gametes.
C(They show seasonal differences in flowering.

Answers

C(They show seasonal differences in flowering.

Have specific structures to do specific jobs

Answers

Answer:

yes they do Various structures need various jobs

Minerals found in the B horizon were dissolved in water and carried there by a process called ____.a. oxidation
c. weathering
b. leaching
d. littering

Answers

The correct answer for the question that is being presented above is this one: "b. leaching." Minerals found in the B horizon were dissolved in water and carried there by a process called leaching. Leaching refers to the loss or extraction of certain materials from a carrier into a liquid .

Answer;

b. leaching

Minerals found in the B horizon were dissolved in water and carried there by a process called leaching

Explanation;

  • Leaching is the process in which minerals are dissolved in water and carried down in a soil profile.
  • Leaching occurs as a result of heavy rainfall, high temperature and percolation, which leads to loss of mineral and organic solutes.
  • The process occurs when air spaces in soil become filled with water and gravity begins to move water downward. Some soils such as Laterite soils develop due as a result of leaching.

How long after a living thing dies is C14 useful for dating

Answers

Answer:

"Carbon-14 dating can determine the age of an artifact that is up to 40,000 years old. Living organisms absorb carbon my eating and breathing." Credit to NDT

Explanation:

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Put the types of energy expenditure in order of the greatest contribution (1) to the least contribution (4) for most peoplePhysical Activity 2 Basal Metabolism 3 Nonexercise Activity Thermogenesis NEAT) 4. Thermic Effect of Food

Answers

The types of energy expenditure in order of the greatest contribution to the least contribution for most people are: 1. Basal Metabolism   2. Physical Activity  3. Thermic Effect of Food  4. Nonexercise Activity Thermogenesis (NEAT)

Basal Metabolism is the most significant contributor to energy expenditure as it accounts for the energy needed to maintain bodily functions and keep us alive.

Physical Activity is the second most significant contributor as it accounts for the energy expended during physical activity, such as exercising or performing manual labor.

The Thermic Effect of Food is the third most significant contributor as it accounts for the energy used by the body to digest and metabolize the food we consume.

Nonexercise Activity Thermogenesis (NEAT) is the least significant contributor as it accounts for the energy used during non-exercise activities like standing or fidgeting.

Learn more about Energy expenditure.

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