What is formed by cells working together?

Answers

Answer 1

Answer: A tissue is a family of cells that live very close together, and work hard to do the same jobs. Many tissues come together to form what biologists call an organ. This is like a city in the previous example. Organs then work together to form a system, and eventually the entire body of a lifeform.

Related Questions

The main purpose of Church orders.A. to create a group of laypersons B. to strengthen the role of the Church C. to encourage study and scholarship D. to train individuals for government jobs
Select all that apply. Plant and animal cells both have _____. a cell wall a cell membrane a large central vacuole endoplasmic reticulum cytoplasm chloroplasts ribosomes Golgi complex cytoskeleton
I need a good simile for a lysogenic infection.For example.. a lysogenic infection is like a......Or a comic small story on a lysogenic infection
What are the roles of plate tectonics in the continental shelf?
Dr. Slotsky is a well-liked professor. Last term, no one received less than a B in any of his courses. Dr. Slotsky may be suffering from _________ perceptual error.

Why does ice float on liquid water

Answers

Ice can float on liquid water because the ice is less dense so it has an ability to rise to the top of the glass of water.

A single water particle (a molecule) is made up of two hydrogen atoms bonded to an oxygen atom. The oxygen will attract the negative charges in the hydrogen towards it. This will cause the oxygen atom to be negatively charged and the hydrogen atoms to become positively charged. When a liquid freezes, liquid particles move closer together and form strong bonds with one another. There are now more particles in the same area, the solid is denser than the liquid. When water freezes the negative charges on the oxygen push the particles apart. This means that the water becomes less dense with freezing.

Energy frequently changes form as it moves through biogeochemical cycles. Energy transfers in lightning fixation differ from those in photosynthesis because in lightning fixationradiant energy transforms into chemical energy; in photosynthesis, electrical energy transforms into chemical energy.

electrical energy transforms into chemical energy; in photosynthesis, chemical energy transforms into electromagnetic energy.

electrical energy transforms into chemical energy; in photosynthesis, radiant energy transforms into chemical energy.

radiant energy transforms into chemical energy; in photosynthesis, chemical energy transforms into radiant energy.

Answers

Energy transfers in lightning fixation differ from those in photosynthesis because in lightning fixation electrical energy transforms into chemical energy; in photosynthesis, radiant energy transforms into chemical energy. Thus, the correct option is C.

What is Photosynthesis?

Photosynthesis may be defined as the process through which green plants and some photosynthetic algae synthesize their own food (glucose) with the help of carbon dioxide and water in the presence of sunlight.

During lightening, the form of electrical energy is transferred into heat or thermal energy with an intermediate of chemical energy, while during photosynthesis, plants capture sunlight in which radiant energy of sunlight gets transferred into chemical energy.

Therefore, the correct option for this question is C.

To learn more about lightening, refer to the link:

brainly.com/question/8157847

#SPJ5

It's C. electrical energy transforms into chemical energy; in photosynthesis, radiant energy transforms into chemical energy

When did the first humans appear on earth

Answers

66 million years ago

What term describes living and nonliving things in an area

Answers

A group of scientists is studying the internal parts of a cell. which microscope is most appropriate for these scientists to use?Which two microscopes generate three-dimensional images? scanning electron microscope and scanning tunneling microscope transmission electron microscope and...What term describes living and nonliving things in an area

the answer is ecosystems I took the lesson

Compare viruses to a definitely living organism, such as a giraffe, and a definitely non-living object, such as a rock. Do viruses have more in common with the living organism or the non-living object

Answers

Viruses have to adapt to environment in similar ways that and replicate like living organisms do, however viruses aren’t made out of cells and they infect cells of hosts.

Kristen cut her hand on a piece of glass. As the blood clots, how do white blood cells prevent bacteria on the glass from infecting her blood.

Answers

They destroy pathogens that enter the wound. This obliteration of any pathogens is called phagocytosis. A white platelet ingesting infection creating microorganisms. White platelets can: ingest pathogens and devastate them. deliver antibodies to demolish specific pathogens.

White blood cells prevents from infection. They aggregate at the site of the cut, forming pus. Netrophils, a type of white blood cells act by englufing the pathogens, and destroying them. Monosytes WBCs ingests the damaged cells, thereby preventing their chances of being infected.

Other Questions

All organisms make their proteins from:the same twenty sugar moleculesthe same twenty amino acidsdifferent molecules, depending on the organismnone of these apply

Onion root tips are often used to study mitosis because they grow very rapidly, which means that many cells are dividing. The very tip of the onion root ends in a structure called the root cap. The other end of the root attaches to the onion. A scientist is interested in determining whether an onion root tip grows from the base of the root or from the tip near the root cap. She counts the number of cells that are in one of the phases of mitosis at different distances from the root cap. What is the dependent variable in her experiment

A food chain is made up of interrelated food webs.

What is the best description of what viruses are made of?a. protein and RNAb. carbohydrates and RNAc. protein and nucleic acidsd. carbohydrates and nucleic acids