Complete the chart please. asap thank you.​
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Answers

Answer 1
Answer:

Answer:

Explanation:

Cell wall

Function: Rigid layer on the outside of a plant cell.

Factory name: Wall/ Security gate.

Found in: Plant cell.

Cell Menbrane

Function: Soft layer controls what goes through cell.

Factory name: Door.

Found in: Plant and animal cell.

Nucleus

Function: Brain of cell.

Factory name: CEO's office.

Found in: Plant and Animal cell.

Mitochondria

Function: Powerhouse of cell.

Factory name: Furnace.

Found in: Plant and Animal cell.

Endoplasmic Reticulum (E.R.)

Function: Hallways in cell which carries proteins.

Factory name: Conveyor belt.

Found in: Plant and Animal cell.

Ribosomes

Function: Produce proteins.

Factory name: Workers.

Found in: Plant and Animal cell.

Golgi Bodies

Function: Receive proteins from E.R.

Factory name: Mail room.

Found in: Plant and Animal cell.

Choroplasts

Function: Turns energy into food.

Factory name: Solar panels.

Found in: Plant cell.

HOPE THIS HELPS :)

Answer 2
Answer: I can help but do you need it

Related Questions

Scientific theories, such as the theory of evolution, must beA- neither testable nor observable B- testable and observable C- observable D- testable
What measurement best describes the results of a scientific experiment regarding volume?
What is the crust and uppermost mantle make up the rigid outer layer of earth called
What is the label X pointing to?
4. Hemophilia is an inheritable genetic disorder that prohibits the proper formation of blood clots. The recessive gene that causes hemophilia is located on the X-chromosome. Given this information, which of the following statements is true?a. In order for a male offspring to be a hemophiliac, his mother must be a hemophiliac. b. In order for a female offspring to be a hemophiliac, her father must be a hemophiliac. c. In order for a male offspring to be a hemophiliac, his father must be a hemophiliac. d. In order for a female offspring to be a hemophiliac, her mother must be a hemophiliac.

Can the degree of a monomial ever be a negative? Explain your answer.

Answers

The degree of a monomial never be a negative value. Polynomials in general can never have a degree that is negative or a fraction. A monomial is defined as a single term containing any combination of constants and non-negative powers of variables.

Answer:

No, the degree of monomial can never be negative.

Explanation:

Monomial: It is defined as that polynomial in which consist  of one term only.

Mono means one ,therefore, monomial is that polynomial which consist only one term

Suppose p(x)=x or P(x)=2

These are monomial because both polynomial have only one term.

We know that degree is defined as the highest power of x in the given polynomial of x.

We know that degree is always a whole number.In above example, the degree of given polynomial P(x)=x is 1 and degree of P(x)=2 is zero.

Hence, the degree of monomial can never be negative.

Which describes the basic structure of a fatty acid

Answers

A fatty acid is a carboxylic acid with a long aliphatic chain. It can be saturated or unsaturated. In order to describe correctly the fatty acid, the length of the carbon chain should be given, the number of double bonds and the exact position of the double bonds.

Meiosis ii typically produces _____ cells, each of which is _____.

Answers

Meiosis II typically produces four cells, each of which is haploid.

What is meiosis?

Haploid cells contain half the number of chromosomes as the original cell and are used in sexual reproduction to form a new organism with unique genetic information.

During meiosis II, the two daughter cells produced from meiosis I undergo another round of cell division, resulting in four haploid cells. These haploid cells are then used in fertilization to form a zygote with the full complement of chromosomes.

Learn more about meiosis, here:

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produces four
of which is heploid

Which of the following you statement is a scientific claim

Answers

A. Earth is shaped like a sphere even if not all of the scientific observations related to its shape support this idea

Which career field is an applied science? geology biotechnology physics chemistry

Answers

Answer:

Option B, biotechnology

Explanation:

An applied science in an extended version of knowledge where already existing scientific knowledge is put to practical applications through the use of technology.

Biotechnology uses the knowledge obtained through  biology subject and put it into uses such as genetic engineering, medicine, etc.

All three subjects geology ,  physics and chemistry are pure science subject  that develop basic information or phenomena to understand the happenings of the natural world.

Hence, option B is correct

Biotechnology; it uses knowledge of biology (and usually incorporates several other disciplines) to make technology for biological systems (e.g. pacemakers).

Which of the following statements best describes the structure and function of a carbohydrate?A. Carbohydrates are made up of starchy monomers and are used for structure, protection, and reproduction.
B. Carbohydrates are made up of sucrose molecules that are important for transportation and protein synthesis.
C. carbohydrates are large molecules made up of monosaccharides and are used by organisms for energy storage.
D. Carbohydrates are long, winding molecules made up of amino acids and are important in the synthesis of fats and hormones.

Answers

Answer: The correct answer is C. Carbohydrates are large molecules made up of monosaccharides and are used by organisms for energy storage.

Carbohydrates are the large group of organic compounds, which are comprised of Carbon, hydrogen, and Oxygen. They mainly include simple sugar (like glucose, fructose) and starch ( present in food like potato, grains).

They are the most essential and readily available source of energy for all life forms.

Complex carbohydrates ( polysaccharides) like starch are made up of simple sugar called monosaccharide ( like glucose).

Thus, option C) is the right answer.


Final answer:

Carbohydrates are large molecules made up of monosaccharides and are used by organisms primarily for energy storage.

Explanation:

The statement that most accurately describes the structure and function of a carbohydrate is 'Carbohydrates are large molecules made up of monosaccharides and are used by organisms for energy storage.' Carbohydrates are indeed large, complex molecules that are composed of smaller subunits known as monosaccharides.

They serve several essential functions in organisms, one of the most critical one being the storage and provision of energy. When organisms ingest carbohydrates, these molecules are broken down and converted into glucose, which is then used to fuel various cellular activities.

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