Select all that apply. Which characteristics are always present in all living organisms? movement heredity reproduction homeostasis sensitivity metabolism cells

Answers

Answer 1
Answer:

reproduction, homeostasis, sensitivity, metabolism, and cells.

Answer 2
Answer:

Answer:

reproduction, homeostasis, metabolism, and cells

Explanation:

The above 4 choices are the only characteristics shown in all living things in common.


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How is mitosis in plant cells different from mitosis in animalcells?
A
Plant cells have rigid cell walls and no centrioles
B
Plant cells don't undergo mitosis
C
Plant cell mitosis is much slower
D
Plant cell mitosis is much faster

Answers

Your answer would be A, plant cells have rigid walls and no centrioles.
A, plant cells have rigid cell walls and no centrioles! :)

What characterizes a biome

Answers

A biome is an area classified according to the species that live in that location. Temperature range, soil type, and the amount of light and water are unique to a particular place and form the niches for specific species allowing scientists to define the biome.

What 2 characteristics determine a biome?

Biomes are large-scale environments that are distinguished by characteristic temperature ranges and amounts of precipitation. These two variables affect the types of vegetation and animal life that can exist in those areas.

What other factors might determine biomes?

Average annual precipitation and temperature trends, factors such as geography, geology, soil types, disturbances, and topography can also influence the biome of a region. is home to a unique array of living things. Humans have an impact on biomes and the biodiversity of organisms supported by each biome.

Learn more about biome  here:  brainly.com/question/11297529

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A BIOME is a major ecosystem spread over a wide geographic area, and characterized by certain types of flora and fauna, as determined by climate. Climate and soil determine the flora, which, in turn, largely determine what type of other organisms live in that biome.
Biomes

Describe how energy and matter move through the food web and carbon cycle

Answers

Eating other animals from producers and consumers for energy and matter moves from the nitrogen, water,and carbon cycle
photosynthetis, burning of fossil fuels, plant respiration.

What might hershy and chase have concluded if they had found 35s instead of 35p in bacterial cells? Explain your answer

Answers

Hershey and chase have concluded that DNA is not protein it was the genetic material.

Explanation:

Hershey and chase said that DNA is not protein it was the genetic material. They took a direct physical approach in finding the genetic material. They both determined that a protective coat was formed around the bacteriophage.

The internal DNA is not a protein, a genetic material. They used label to find it. The lack of 32p labeled DNA remaining in solution after bacteriohages are allowed to absorb the bacteria showed tha DNA was transferred into the bacterial cell.

The radioactive 35s in the solution shows that protein coat protects the DNA before adsorption.

They would have concluded that the protein coat also entered the bacterial cell and could not deduce that protein is the genetic material.

Explanation:

In their experiment, Hershey and chase found that all the DNA coated with 32 p were missing from the solution as bacteriophage after adsorption on bacterial cell their DNA was transferred to the bacterial cell. The presence of 32 S in the solution shows that the protein coat does not enter the cell during infection.

This way they concluded that DNA is the genetic material and not the protein.

Since phage infecting bacteria inserted their DNA into it and got replicated increasing their number. Also, protein is not involved in their growing numbers.

The ________ photosynthetic reactions convert light energy into chemical energy, which is stored in molecules like ATP. In the _________ photosynthetic reactions, this energy is used to convert CO2 into carbon sugars. A) light dependent; chloroplast
B) chloroplast; light independent
C) light dependent; light independent
D) light independent; light dependent

Answers

Answer:

C

Explanation:

light-dependent reactions require sunlight. In the light-dependent reactions, energy from sunlight is absorbed by chlorophyll and converted into stored chemical energy, in the form of the electron carrier molecule NADPH (nicotinamide adenine dinucleotide phosphate) and the energy currency molecule ATP (adenosine triphosphate). The light-dependent reactions take place in the thylakoid membranes in the granum (stack of thylakoids), within the chloroplast.

While In the light-independent reactions, the energized electrons from the light-dependent reactions provide the energy to form carbohydrates from carbon dioxide molecules. The light-independent reactions are sometimes called the Calvin cycle because of the cyclical nature of the process.

So the answer is definitely C

Answer:

Your answer would be C; Light dependent, light Independent

Please I need help with question 52 which is describe the relationship between seasonal change in the northern hemisphere and the position of the suns vertical rays striking earth and it’s very hard and I’m struggling with it

Answers

as the northern hemisphere is in summer ( position C) it is closer to the sun resulting in it being warmer