What temperature is suitable for microorganisms to live in.

Answers

Answer 1
Answer: Hot and humid environments help micro organisms such as fungus and bacteria thrive.

Related Questions

The spindle apparatus disintegrates during anaphase. true. false
What are the two function of sweat
Which of the following statements does not accurately describe stem cells?a. Embryonic stem cells make up the inner cell mass of a blastocyst.b. Adult stem cells are multipotent and can differentiate into many types of cells.c. The use of stem cells may allow scientists to use undifferentiated cells to repair or replace bad cells.d. The use of stem cells is without any objections since it can be used in therapies to help humans
Which of the following is an essential role played by large intestine bacteria?A. produce gas B. absorb bilirubin C. synthesize vitamin K and B-complex vitamins D. synthesize vitamins C and D
The human brain is an example of a

What is the approximate body mass index of a woman who is 5'5" and 125 lbs?

Answers

the BMI should be 20.8

hope this helps.

Which of the following statements about cotransformation is true?A. Unlinked genes are passed simultaneously from one cell to another.
B. Two bacterial cells within a culture are transformed by the same genetic material.
C. A bacterial cell receives two adjacent genes on a single piece of DNA from the medium.
D. It is not uncommon for the entire bacterial chromosome and F factor to be passed from one cell to another.

Answers

The answer is C.

Hope this helps ;-)

If each level in a food chain typically loses 90 percent of the energy it takes in, and the producer level uses 1000 kcal of energy ,how much of that energy is left after the third trophic level

Answers

The energy that is left after the third trophic level is 10 kcal.

How much of that energy is left after the third trophic level?

  • The first trophic level uses 1000 kcal.
  • The second trophic level used 100 kcal.
  • So, the third trophic level uses 10 kcal leaving 1 kcal.
  • The energy is transferred from trophic level to trophic level, and approximately 90% of it is lost each time.
  • With some of it being lost as heat into the environment (as a result of respiration) and some being lost as partially digested food.

Hence, if each level in a food chain typically loses 90 percent of the energy it takes in, and the producer level uses 1000 kcal of energy, the energy that is left after the third trophic level is 10 kcal.

To know more about energy flow in trophic levels, refer to: brainly.com/question/17249801

#SPJ2

There is 10 kcal energy left in the 3rd trophic level.

Which statement is false?Populations can have negative effects on their environment.
Populations can affect the size of other populations.
Populations have no effect on their environment.
Populations can adapt to changes in the environment.

Answers

Populations can affect the size of other populations.

⦁ The graph below was created showing the growth of the plant. How would you know that the y-axis is measuring the growth of the plant?

Answers

the y axis is vertical as in up and down as in height and the x axis signifies time it took to get to the expressed height
 

Over time, scientists have changed their model of our solar system. It has transitioned from

Answers

it has transitioned from so many ideas and theories it's hard to know what really came first. these are me favorite theories: it's been said the earth is flat.

that earth is as if we were turned inside out! and the stars and everything we see in the sky was the center. (like those gumballs that are hollow and have nerds or another type of candy in them) and when you opened it up we were the outer walls and the candy in the center was all we can see when we look up.

then there is the normal theory that rocks and such clumped together. therefore we are not smooth and round. and the universe is everywhere, spinning, creating, and breathing.

hoped I answered that correctly.
The first model was geocentric, where earth was believed to be the center of the universe. Now we know it is a heliocentric model, where the sun is the center.