Describe the function of lysosomes in animal cells. Describe how material is removed from a cell

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Answer 1

Answer:

Lysosomes are the organelles of the cell which is responsible for the digestion of food materials by using digestive enzymes and it also helps in removing waste materials from the cell. Lysosomes have 60 enzymes which are used in different processes of the cells. Lysosomes act as antigen which helps in the protection of cells against microbes such as bacteria and viruses.

Related Questions

Which of these events is most likely to occur as a result of the solar event pictured above?
The process that occurs when a section of a chromosome breaks off and reattaches to another chromosome is known as _______.
What is not a Critical Control Point?A.Monitor methodsB.Train employeesC. Corrective measuresD. Determine temperature guide
Hemophilia is a blood disorder that is caused by a recessive allele on the X chromosome and a condition occurs most often in males. What type of inheritance pattern is shown with hemophilia?A) co-dominanceB) Sex-LinkedC) Multiple Alleles
Which of the following populations would be least likely to survive a change in its ecosystem? A. brown bears that can eat a variety of different kinds of food B. koalas that eat only eucalyptus leaves C. grasses that can grow in normal or contaminated soil D. bacteria that can grow in both hot and cold environments

I need help with this.

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The answer would be sewer systems.

All living things are either Eukarya, Bacteria, or Archaea. These three broadest categories in the classification of life are called _______.

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All living things are either Eukarya, Bacteria or Archaea. These three broadest categories in the classification of life are called domains. Classifying organisms is nothing new for people as people have been concerned about classifying organisms for thousands of years. Aristotle the Greek philosopher was the first person to have classified organisms about 2000 years ago. Aristotle’s classification is still used today for classifying any new organisms that are discovered. Later on Carl Linnaeus worked on the already discovered model of Aristotle to create a different kind of classification system.

How do you use a Punnett square to develop a proportion to predict the variability of offspring in a certain cross?

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A Punnett square can used to predict the variability of offspring in a certain cross by combining the combining the genotypes of the parents:
The genotype of the parents are written on the top row and on the first column. As an example, for hair texture trait, curly hair is dominant and straight hair is recessive.
One parent has the genotype CC (pure curly haired) while the other parent has the genotype Cc (hybrid curly haired). The Punnett square is shown below. The combination of the genotypes predict the possible offspring.
________________
|____|__C__|__C __|
|_C _|__CC_|_CC__|
|_c__|__Cc_|__Cc__|

How does the cardiovascular system helps the body get rid of carbon dioxide???

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Answer: The heart, blood and blood vessels work together to service the cells of the body.

Explanation: Using the network of arteries, veins and capillaries, blood carries carbon dioxide to the lungs (for exhalation) and picks up oxygen.

1. elements an element with properties of both metals and nonmetals
2. metal
substances with only one type of atom
3. metalloid
an element that is malleable, polishes to a luster, conducts heat and electricity well, and tends to lose electrons in a chemical reaction
4. nonmetal
an element that is brittle, insulates heat and electricity well, and tends to gain electrons in a chemical reaction

Answers

The elements are substances having only one type of atom and metalloids have properties of both metals and nonmetals.

What are the properties of elements, metals, and nonmetals?

There are some properties of elements, metals, nonmetals, and metalloids:

1. Elements: Substances with only one type of atom.

2. Metal: An element that is malleable, polishes to a luster, conducts heat and electricity well, and tends to lose electrons in a chemical reaction.

3. Metalloid: An element with properties of both metals and nonmetals.

4. Nonmetal: An element that is brittle, insulates heat and electricity well, and tends to gain electrons in a chemical reaction.

Therefore, elements are substances that can not be further decomposed into smaller units by general chemical processes.

Learn more about metals, here:

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Answer:

1. Elements

Substances with only one type of atom.

2. Metal

An element that is malleable, polishes to a luster, conducts heat and electricity well, and tends to lose electrons in a chemical reaction.

3. Metalloid

An element with properties of both metals and nonmetals.

4. Nonmetal

An element that is brittle, insulates heat and electricity well, and tends to gain electrons in a chemical reaction.

What are mid-ocean ridges.a) found in all of earths oceans
b) found only in the pacific ocean
c) located mostly along coastlines
d)long deep ocean trenches

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The answer to this question is C.

The answer is (C) located mostly along coastlines.

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Suppose you have done a controlled experiment with an experimental group of five mice and a control group of five mice.A good way to make the evidence from your experiment more reliable would be to _____.A. claim to be a professorB. add a comparison groupC. increase the size of each groupD. think critically about your results

Greek philosophers such as Democritus and Aristotle had ideas about the composition of matter. For example, Democritus believed matter was made of tiny, solid spheres that he called atomos, and Aristotle thought matter was made of earth, water, fire, and air. Aristotle's idea of matter was the accepted idea for over 2,000 years until John Dalton came up with a new theory about matter based on his experimental data. Which of the following best explains why Dalton’s theory became more widely-accepted over Aristotle's theory?Aristotle’s theory did not have enough direct evidence due to poor observational tools.Dalton’s theory had repeated observations which were supported by extensive evidence.Dalton’s theory was more complete because more respected scientists found the ideas possible.Aristotle’s theory became the law of conservation of mass when he documented phase changes of matter.

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