To produce starch, glucose molecules bond together through
A. Cellular respiration
B. dehydration synthesis.
C. photosynthesis
D. nucleotides
Answers
Answer:
photosynthesis
Explanation:
plz pick me the brainliest
Glucose molecules bond together through DEHYDRATION SYNTHESIS to produce starch.
WHAT IS DEHYDRATION SYNTHESIS?
Dehydration synthesis is the process whereby larger molecules are formed from the coming together of smaller molecules accompanied by the release of water.HOW STARCH IS FORMED FROM GLUCOSE?
Glucose is a monosaccharide i.e. contains one sugar unit while starch is a polysaccharide i.e. contains many sugar units. Glucose molecules come together to form an α-1,4 glycosidic linkage. This joining process that eventually forms starch results in the loss of water molecule, hence, it is called DEHYDRATION SYNTHESIS.Glucose molecules (C6H12O6) bond together through DEHYDRATION SYNTHESIS to produce starch.
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Related Questions
A student is comparing the cells of a prokaryote, an animal, and a plant.
Identifying which two cell parts would show that the cell was a plant cell, and not
a cell of a prokaryote or an animal?
a. nucleus and mitochondria
b. cell wall and chloroplast
c. cell wall and cell membrane
d. cell membrane and mitochondria
Answers
Answer: b. cell wall and chloroplast
Explanation:
Fa person's croulatory system did not function properly, how might
other systems, such as the respiratory and digestive systems, be
affected? How would homeostasis, or internal stability, be affected by
these system imbalances?
Answers
Answer:
If the circulatory system does not function properly, the blood supply to the organs in the digestive and respiratory systems is altered, resulting in a decrease in the supply of nutrients and oxygen required by the tissues. When the tissues do not receive the adequate amount of nutrients and oxygen to fulfill their functions, a negative alteration of the internal balance or homeostasis is produced.
Explanation:
The circulatory system is responsible for providing blood supply to all tissues and organs of the body. A circulatory system that does not work properly already means an inadequate supply of nutrients and oxygen to the organic tissues.
How does an altered circulatory system affect other systems, such as the digestive and respiratory systems? Respiratory system: it is in charge of providing oxygen (O₂) to the body, through lung breathing and gas exchange. When there is little blood supply, this system decreases its function, thus reducing both the supply of O₂ to the tissues and the elimination of carbon dioxide (CO₂). Digestive system: responsible for the digestion and absorption of nutrients, a function that can be altered when there is not adequate blood circulation. The supply of nutrients to tissues, already compromised by poor circulation, may be insufficient for cellular and tissue demand. How does an altered circulatory system affect homeostasis?The internal balance or homeostasis depends on the normal functioning of all the organic systems. If the circulatory system does not adequately fulfill its function, the tissues and organs do not receive the proper amount of O₂ and nutrients, a deficit that can lead to an alteration of homeostasis.
Identify one organism, one population, and one community
Answers
Answer:
The study of organisms, populations and communities examines how organisms interact with each other and their environment at individual, population and community levels. To characterize these interactions, NEON quantifies and observes interactions among multiple organisms and their environments. By sampling a variety of organisms in aquatic and terrestrial systems, NEON provides data on individual traits, population dynamics and the composition of communities. Integrated with other data collected across NEON sites, the project produces data in the areas of biodiversity, infectious diseases and invasive species.
Define concentration gradient.
Answers
Answer:
A concentration gradient occurs when the concentration of particles is higher in one area than another. In passive transport, particles will diffuse down a concentration gradient, from areas of higher concentration to areas of lower concentration, until they are evenly spaced.
1. Explain the change in erythrocyte count in the case of anemia
2. Where are red blood cells produced?
3. What type of cells help blood to clot?
4. What makes the human circulatory system efficiently carry oxygen to the tissues?
5. Describe the role of blood plasma.
6. Explain the role of lymph in our body
Answers
2. RBC’s (red blood cells) are produced in the bone marrow
3. Platelets help with clotting as well as clotting proteins produced in the liver
4. The human circulatory system is designed specifically to transport oxygen as well as nutrients to all parts of the body through blood vessels. Humans in the womb have blood vessels and a beating heart developed by the 1-2 months in the womb, and the heart immediately begins work. The human circulatory system is efficient because we were created with a system to be as efficient as possible. The circulatory system is basically a highway made of tunnels that allows RBC’s and WBC’s to pass through to every part of the body including major organs. Unfortunately unhealthy eating habits and poor exercise cause this circulatory system to become less and less effective till the point of heart attack, stroke, or major cardiovascular disease.
5. Blood plasma is very important in the transfer of nutrients as well as hormones to the major organs of the body.
6. Lymph is a clear watery substance that carries proteins and other substances throughout the body in order to maintain fluid balance. Lymph is part of the lymphatic system which is a tiny constituent of the immune system.
Which of the following is NOT a threat to living ocean organisms?
A. evaporation
B. oil spills
C. pollution
D. over fishing
Answers
Compare the nervous system of the shrimp to that of a vertebrate.
Answers
Answer: The majority of animals on our planet, about 95 percent, do not possess a true backbone and are called invertebrates. It's common knowledge that vertebrates like humans have a complex nervous system that reacts to stimuli, but much less is known about invertebrates like shrimp and insects. While it's somewhat different from that of vertebrates, shrimp do have a central nervous system comprised of four main parts.
Explanation:
The nervous system is a highly specialized organ found in vertebrates.
The nervous system
The nervous system is a complicated system in the body of a vertebrate that is made up of the peripheral nervous system, which includes cranial nerves, spinal nerves, involuntary nerves, etc., and the central nervous system, which includes the brain and spinal cord.Neurons in the nervous system primarily relay signals to the various bodily parts.Somatic and visceral components are part of the peripheral nervous system.The two halves of the vertebrate nervous system are the grey matter and the white matter.The central nervous system and the peripheral nervous system make up the nervous system.The spinal cord and the brain, which regulate all bodily functions, make up the central nervous system.The cranial and spinal nerves, on the other hand, are part of the peripheral nervous system, which links the central nervous system to the rest of the body.Nerves carry electrical impulses from the skin and other sensory organs to the brain, which interprets the stimuli and delivers a reaction to the muscles and glands of the body.learn more about it
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What happens over time to rock that is stressed?
A The rock becomes gravel
D. The color of the rock changes.
C. The rock melta to liquid
D. The shape of the rock deforms
SUMMIT
Answers
Answer:
The rock becomes gravel
Explanation:
Answer:
The shape of the rock deforms
Explanation: i took a quiz on a.pex and it was right
What is the difference between an amino acid and a protein? ( helpp and thx)
Answers
Answer:
Amino acids are the building blocks of proteins. protein is a chain of amino acids connected together
Vesicles that serve to break down cellular debris
Answers
Answer:
Lysosomes are vesicles that are formed by the golgi apparatus. They contain powerful enzymes that could break down (digest) the cell products, waste materials , and cellular debris and then force them out of the cel. They also digest invading organisms as bacteria.
Smalles to greatest
Answers
Answer: cells, tissues, organs, organ systems, organism
Explanation:
I'm pretty sure I've did something like this before but yea good luck:)
Which macromolecule and function are correctly matched? *
A. Lipids are used to build things like your hair, skin, nails, and muscles and are also
enzymes
B. Lipids are used for long term energy storage and carbohydrates are used for short
term energy storage.
C. Proteins and Lipids give us energy.
D. Carbohydrates contain your genetic information.
Answers
Answer: B. Lipids are used for long term energy storage and carbohydrates are used for short
term energy storage.
Explanation:
Which organisms are prokaryotes?
A. archaea
B. fungi
C. protists
D. plants
Answers
A AAAAAAAAAAAAAAAAAAAA
ARCHAEA
what are bony platelet?
Answers
Answer:
a minute colorless anucleate disklike body of mammalian blood that is derived from fragments of megakaryocyte cytoplasm, that is released from the bone marrow into the blood, and that assists in blood clotting by adhering to other platelets and to damaged epithelium — called also blood platelet, thrombocyte.
Similarly, you may ask, what is the medical term for platelets?
The medical term for having too many platelets is thrombocytosis, and there are two types: Primary or essential thrombocytosis – Abnormal cells in the bone marrow cause an increase in platelets, but the reason is unknown.
What is the medical name for platelets?
Platelet: An irregular, disc-shaped element in the blood that assists in blood clotting. During normal blood clotting, the platelets clump together (aggregate). Although platelets are often classed as blood cells, they are actually fragments of large bone marrow cells called megakaryocytes
Explanation:
Platelets are fragments of megakaryocytes, which are very large cells in the bone marrow. They aid in the formation of blood clots, which slow or stop bleeding and aid in the healing of wounds.
What is blood clotting?When a blood vessel is injured, blood clotting, or coagulation, is an important process that prevents excessive bleeding.
Platelets (a type of blood cell) and proteins in plasma (the liquid component of blood) collaborate to stop the bleeding by forming a clot over the injury.
Red bone marrow is responsible for the production of blood cells (hematopoiesis). Stem cells in your red bone marrow (hematopoietic stem cells) produce red, white, and platelets, which are all components of your whole blood.
Platelets are fragments of megakaryocytes, which are very large bone marrow cells. They promote the formation of blood clots, which slow or stop bleeding and aid in wound healing.
Thus, these are the main functions of platelets.
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Think about the factors that will influence the evolution of humans in the future. Name one factor that would exert influence through the process of natural selection and one factor that would exert influence through artificial selection.
A. natural selection: genetic engineering; artificial selection: demands placed on the brain
B. natural selection: individual mating choice; artificial selection: diseases
C. natural selection: diseases; artificial selection: genetic engineering
D. natural selection: demands placed on the brain; artificial selection: diseases
Answers
Part C
Projected values are only estimates. Can you think of either a natural or artificial factor that could increase or decrease the actual amount of wind energy the United States produces in the future?
Edmentum sample explanation:
Technological advancements in the future could lead to the production of higher-efficiency turbines, which could generate more electricity than originally predicted. Climate changes over time could affect wind speeds in a region, leading to higher or lower energy production.
The factors that would exert influence through the process of natural selection are a natural selection: diseases; artificial selection: and genetic engineering. The correct option is C.
What is natural selection?The strongest survive through natural selection, and the most favored traits endure through evolution. Natural selection is the result of selection pressure on a population's frequencies of a specific allele. Evolution is the process through which, over an extended period of time, new sets of naturally selected organisms emerged.
Future technological developments might result in the creation of turbines with a higher efficiency, which might produce more electricity than was initially anticipated. Wind speeds in a place may alter as the climate shifts through time, which could result in increased or decreased energy output.
Therefore, the correct option is C. natural selection: diseases; artificial selection: genetic engineering.
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accurately describes the energy needs for photosynthesis and cellular respiration?
Answers
Answer:
Solar energy is needed for photosynthesis, and chemical energy in the form of glucose is needed for cellular respiration.
Energy is converted from glucose, in the presence of oxygen, into numerous ATP molecules during
Answers
Answer:
Cellular respiration
Explanation:
A. Amber and evolution
B. Cast and imprint
C. Theory, cast
D. Carbon dating and radioactive isotopes
Answers
Answer:
A. Amber and evolution
in which direction will air currents most likely move
A. from the land to the sea
B. straight up above the sea
C. from the sea to the land
D. straight down over the land
Answers
Which of the following is NOT a function of the skeletal system?
A, Providing a framework for muscles
B. Creating new blood cells
C. Fighting disease
Answers
Answer:
From help from another user my answer was wrong to begin with the answer is C.
Explanation:
Most blood cells are created in bone marrow, the spongy substance found inside the bone structure.
B is a function of the skeletal system
The bones make the frame work of the body which allows us to stand and keep structure instead of being like slime.
A is a function of the skeletal system
ONCE AGAIN: The correct answer is C
HURRY PLZ
2. Define Homologous Chromosomes
A. Chromosomes that make up each pair of chromosomes in a body cell, for each of
the 23 pairs in humans, one comes from mom, the other from dad,
B. Copies of the original chromosomes
C. Allele that hides the recessive allele,
D. Pure
Answers
Which of the following is an example of incomplete dominance
Answers
This is because incomplete dominance is when the dominant trait does not completely mask the recessive trait, resulting in a blend of traits. Red and white combined creates pink, so incomplete dominance for these plants would result in pink flowers.
Please help me idk if it’s right
Answers
Answer:
Yeah I think you are good.
Explanation:
You followed basic gene rules, it should work
Measuring Populations (brainliest)
Answers
Answer:
I believe your answer would be C: interactions between individuals
Explanation:
Brainliest if this is correct?
Answer:
Letter C, interactions between individuals
Explanation:
Also, I love your profile pic!!
Soil in which of the following habitats is the least dense?
desert
grassland
marsh
forest
Answers
Hope this helps!!
Answer: Desert
I got it right on test
Edg2022
Will mark brainliest!
Please answer both questions will give extra points!!!
Please answer them in complete sentences same with the picture above :)
Question 1) Where did you get your chromosomes from? How many do you have ?
Answers
Answer: 1. Chromosomes come in matching pairs, one from each parent.
You have a total of 46 chromosomes 23 from mom and 23 from dad.
2. Yes, because chromosomes come from parents so in this case yes.
Explanation:
Fragmentation occurs when a large area of ecosystem is divided into smaller, isolated areas due to deforestation. After fragmentation, changes to the ecosystem can occur. Which is most likely an effect of fragmentation on an ecosystem?
a. Animal species in the fragmented area utilize new food sources in the deforested area.
b. Plant species from the deforested area alter conditions at the edge of the fragmented area.
c. The nutrient cycle is replenished by new species colonizing the deforested area.
d. Most native species disappear from both deforested and fragmented areas.
Answers
Answer:B
Explanation:
You are observing the sun through a solar telescope. You see darks spots on the surface. Which solar property are you observing?
A Convection
B Sunspots
C Prominences
D Solar flares
Answers
Answer:
B
Explanation:
The spots are an area of cooler surface temperature caused by magnetic field flux.
An air mass takes on temperature and moisture characteristics of the land
or water beneath it. What kind of air mass forms over tropical waters that
have been heated by the sun?
A) cool and moist
B) hot and very dry
C) warm and moist
D) cold and dry
I need this today please help
Answers
Answer:
I'm pretty sure its c
Explanation:
Warm and moist kind of air mass forms over tropical waters that have been heated by the sun. Hence option C is correct.
What are topical waters?Topical waters are defined as water between the Tropic of Cancer (23.5° North latitude) and the Tropic of Capricorn (23.5° South latitude). In the Köppen climatic classification, a tropical climate is one in which the average monthly temperature is over 18°C. There is no winter season and there is more annual rainfall than annual evaporation.
A good illustration of this kind of fish is the goldfish. On the other hand, "tropical" or "warm water" fish require a water temperature that is optimal for their comfort and health. Although different species of fish have varying needs, tropical fish generally demand water that is between 76 and 80 degrees Fahrenheit (25 and 27 degrees Celsius).
Thus, warm and moist kind of air mass forms over tropical waters that have been heated by the sun. Hence option C is correct.
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A student produces a labeled drawing of a virus for a presentation. The student states that the capsid has a function similar to the nuclear membrane found in animal cells.
Which of these describes the similar functions of capsids and nuclear membranes?
Both code for the proteins needed for reproduction of the structures.
Both code for the proteins needed for reproduction of the structures.
Both provide energy for activities in the structures.
Both provide energy for activities in the structures.
Answers
This question is incomplete, here is the complete question:
A student produces a labeled drawing of a virus for a presentation. The student states that the capsid has a function similar to the nuclear membrane found in animal cells. Which of these describe the similar functions of capsids and nuclear membranes?
A. Both transport proteins throughout the structures
B. Both provide energy for activities in the structures
C. Both protect genetic information for the structures
D. Both code for the proteins needed for reproduction of the structures
The correct answer is C. Both protect genetic information for the structure.
Explanation
The capsid is the structure that protects and contains the genetic information of a virus, it is composed of proteins. On the other hand, the nuclear membrane of an animal cell is a structure that allows the cell to protect the DNA information, and to separate the chromosomes from the rest of the cell. According to the above, the capsid and the nuclear membrane of an animal cell have a similar function to protect the genetic information. So, the correct answer is C. Both protect genetic information for the structure.
Viruses are known to have different many shapes and sizes. The option that best describe the similar functions of capsids and nuclear membranes is that both protect genetic information for the structures.
The shapes of viruses are divided into four groups. They are;
FilamentousIsometric (or icosahedral) enveloped, head tail.The size and shape of a various can be determined by the amount and arrangement of the proteins and nucleic acid of the viruses. Note that the nucleic acid and proteins of each class of viruses often comes togetheer by themselves and form a structure called a nucleoprotein.
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