Heat is also produced as a result of this reaction.
The process by which glucose is broken down to provide energy is known as glycolysis. It generates two pyruvate molecules, ATP, NADH, and water. There is no need for oxygen throughout the process, which occurs in the cytoplasm of a cell. Both aerobic and anaerobic creatures experience it.
Four ATP molecules (net = 2) are produced during glycolysis in addition to the pyruvic acid that is created.
However, glycolysis releases energy in the form of heat, much like all other catabolic reactions that involve the breakdown of big molecules.
Therefore, heat is also produced as a result of glycolytic reaction (cellular respiration).
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how is matter conserved during photosynthesis?
Answer: I hope this helps. Let me if this is right or wrong Have a good day
Explanation:
The law of conservation of matter is connected to photosynthesis because matter like carbon dioxide and water go into the plant and, with the help of energy, the plant creates a new form of matter -- sugar, or glucose, and releases the oxygen into the atmosphere that is formed from the carbon dioxide.Matter is conserved during the process of photosynthesis and cellular respiration by converting the raw materials into products during photosynthesis and again release the raw materials with the help of break down in the process of respiration.
The definition of species is that membersA.can survive and reproduce B.can produce viable offspringC. Have similar traits and habitsD. Have DNA that is at least 75% the same
The definition of species is that the members are able to reproduce having viable offspring. Being a group of living organisms with similar characteristics and capable of exchanging genes and produce viable offspring.
Station 4-The Epidermis
rows of cells thick?
The pituitary gland, sometimes called the "master gland," carries out instructions from the ________.
The pituitary gland sometimes called the "master gland," carries out instructions from the hypothalamus.
What exactly is the hypothalamus and what does it do?Hypothalamus is a structure located there. It acts as the main link between your endocrine and neurological systems. Your body maintains homeostasis, a stable state of equilibrium, thanks to the hypothalamus. The primary job of the hypothalamus is to respond to these signals and maintain the internal balance and stability of your body. Your hypothalamus serves as your body's "smart control" coordination center, similar to how your home may have a system to flawlessly coordinate all activities. The hypothalamus helps manage your:
1)Body temperature.
2)Blood pressure.
3)Hunger and thirst.
4)Sense of fullness when eating.
5)Mood.
6)Sex drive.
7)Sleep.
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Is broccoli biotic or abiotic
Answer:
Biotic
Explanation:
broccoli is biotic because it can grow, reproduce, produce and use energy, if something is not living like rocks and dirt it would be abiotic.
Answer:
Biotic.
Explanation:
Broccoli is a crop, which means it is biotic, due to the fact that it is a living substance.
Would you consider a soft drink to be high in carbohydrates?
A soft drink is considered to be high in carbohydrates as it contains about 1-12% of the carbohydrate content. Only the zero-calorie products have low carbohydrate content.
What are carbohydrates?Carbohydrates are the biomolecules which are also called as sugars. These are made up of carbon, hydrogen, and oxygen elements. Carbohydrates are the primary source of energy which are broken down through cellular respiration to produce energy in the form of ATP.
The sugar content of soft drinks varies in the range between 1% to 12%. Glucose, sucrose, or fructose are generally added to the soft drinks as a natural carbohydrate sweetener. Sucrose is a disaccharide, made up of glucose and fructose molecules.
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An organism that cannot synthesize organic compounds from inorganic substances and therefore must take in organic food is called a consumer or a.
An organism that cannot synthesize organic compounds from inorganic substances and therefore must take in organic food is called a consumer or a Heterotrophs.
Heterotrophs An organism that consumes other plants or animals for energy and nutrients is referred to as a heterotroph. The word is derived from the Greek terms "nourishment" and "hodos" for "other." Based on how they receive their energy and nutrients, organisms are divided into two general categories: heterotrophs and autotrophs.
Heterotrophs are defined as living things that feed on other creatures. The three different categories of heterotrophs include herbivores, carnivores and omnivores, and detritivores. Fish, birds, insects, humans and all other mammals, as well as bacteria and fungus, are examples of heterotrophs.
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3 Most of the enzymes found in the mitocho
are involved in the reactions associated with
(1) extracting energy from nutrients
(2) storing energy in nutrients
(3) DNA production
(4) protein synthesis
Airplanes reach cruising altitudes at the lower part of the Earth's stratosphere. This portion of the atmosphere is made up mostly of
and
Nitrogen and oxygen are found in the Earth's stratosphere, which is the second-lowest layer of the atmosphere. These are the two most common gases throughout the whole atmosphere.
What is the stratosphere?A part of the atmosphere on Earth is called the stratosphere. As you ascend, it is the second layer of the atmosphere. The stratosphere is immediately followed by the lowest layer, the troposphere.
At medium latitudes, the floor of the stratosphere is around 10 kilometers (6.2 miles, or about 33,000 feet) above the surface. At a height of 50 km, the stratosphere's top is located (31 miles). The height of the lower stratosphere changes according to latitude and season.
Therefore, Nitrogen and oxygen are found in the Earth's stratosphere, which is the second-lowest layer of the atmosphere. These are the two most common gases throughout the whole atmosphere.
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cartilage-matrix proteoglycan has all of the following properties except: a. responsible for the flexibility and resiliency of cartilage. b. is an integral transmembrane protein. c. has reversible hydration-dehydration properties. d. has a hyaluronic acid binding domain. e. contains both n-linked and o-linked oligosaccharides.
Cartilage-matrix proteoglycan has all of the following properties except
b. is an integral transmembrane protein.
Cartilage-matrix proteoglycan
Numerous proteoglycans found in cartilage are crucial to its regular operation. These include lumican, biglycan, fibromodulin, decorin, aggrecan, and decorin. Each proteoglycan has a variety of jobs to do, all of which are controlled by the glycosaminoglycan chains and the proteins that make up its core.
One of the key elements of the ECM, proteoglycans, perform a variety of tasks in the cartilage. They act as a binding agent for water and serve as the foundation for large compressive loads.
Proteoglycans are a group of high-molecular-weight glycoproteins that are mostly present in the extracellular matrix of connective tissue (the fibrous tissue that gives support to the body structure). The extracellular matrix, which fills the spaces between cells, is largely made up of proteoglycans.
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Exponential population growth occurred:
1) after the last Ice Age
O2) during the outbreaks of bubonic plague
3) after the Industrial Revolution
4) all of the above
Exponential population growth occurred: 2) during the outbreaks of bubonic plague
What three consequences did the bubonic plague have?Buruli ulcer: The bubonic plague typically takes 2 to 8 days to incubate. Patients experience weakness, one or more enlarged, painful lymph nodes, headache, chills, and fever (called buboes). This type typically develops as a result of a flea bite.
According to a recent study, those who managed to survive the sickness lived longer in Europe. People had a decreased probability of passing away at any age after the first plague epidemic compared to before, according to an examination of bones from London cemeteries from before and after the disease.
The Black Death, which killed almost 40% of Europe's population between 1347 and 1352, was the worst demographic shock in the continent's history.
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The cells of all living things contain proteins which are regulated by the of DNA
The cells of all the living things contain proteins which are regulated by the sequence of DNA present in cell. The DNA contain nitrogenous bases which decides the amino acids which makes the DNA.
What is Protein synthesis?Protein synthesis is known as translation. In this process, the amino acids which are coded by specific sequences in DNA polymerize to form proteins. This process takes place in the ribosome of cell.
Protein synthesis involves the binding of mRNA and tRNA on the ribosomes of rough endoplasmic reticulum which facilitates polymerization of amino acids specific to the sequence of DNA present in the nucleus.
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the mineral which helps maintain fluid balance, transmits nerve impulses, participates in muscle contraction, and helps transport some nutrients across cell membranes is
Answer:
The answer would be sodium!
Explanation:
Sodium.
A ________ is any environmental agent—biological, chemical, or physical—that causes damage to an embryo or fetus.
Answer:
teratogen
Explanation:
Which scientist was not involved in solving the mystery of the configuration of the DNA molecule? Question 8 options: Francis Crick Rosalind Franklin Robert Hooke Erwin Chargaff
Answer: Robert Hooke
Explanation: I already take the test
Robert Hooke was not involved in solving the mystery of the configuration of the DNA molecule.
Robert Hooke saw little, box-like cavities, which he depicted and referred to as cells. He had stumbled across plant cells! Hooke's finding laid the groundwork for cell theory by revealing cells as the tiniest constituents of life.
DNA Molecule- Nucleotides are chemical building units that make up DNA. A phosphate group, the sugar group, and one of four different nitrogen bases make up these building components. Nucleotides are joined together into chains, with both the sugar and phosphate groups switching places, to create strands of DNA.
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The Florida panther was once considered to be a subspecies of cougars. Current scientists, however, have studied the Florida panther and removed the subspecies classification
Which of the following would explain why the classification of the Florida panther changed?
A.) New genetic evidence suggests a much closer relationship between the Florida panther and other cougars
B.) Advanced technologies have shown a large difference in cell structure between the Florida panther and other cougars.
C.) Study of their embryos shows major differences in the development of the Florida panther fetus when compared to other cougars
D.)Shared physiological features
between the Florida panther and other cougars were also found in newly discovered organisms in the world.
The pressure in the lungs of a student before and during the start of a volleyball match was recorded. The results are shown in Fig. 2.1. ,
(i)Use the results in Fig. 2.1 to calculate the breathing rate before the start of the match.
Express your answer to the nearest whole number.
(ii)Use the results in Fig. 2.1 to describe how the pattern of breathing during the match is
different from the pattern of breathing before the match starts.
pls answer asap
The breathing rate of the student before the start of the match is 11 breaths per minute.
The breathing rate of the student increases during the match compared to before the match.
What is breathing rate?The breathing rate or respiration rate is defined as the number of breaths taken per minute.
The normal resting respiration rate for an adult is 12 to 20 breaths per minute.
Based on the figure provided, the number of breaths per second before the match is 2 breaths per 11 seconds.
In 1 minute or 60 seconds, breathing rate = 11 breaths per minute
Also, the student's lung pressure and the number of breaths per minute increase during the match.
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HELPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPP PLEASEEE
Which of the following describes how abiotic factors affect an ecosystem's biotic factors?
A
The abiotic factor of increased temperature can affect the salt levels of the rivers and lakes by increasing the salinity (saltiness).
B
The abiotic factor of increased levels of algae positively affects the population of local fish species by giving them more food to eat.
C
The abiotic factor of strong hurricanes can change the salt levels of the wetlands, which makes it impossible for many living organisms to survive.
D
The abiotic factor of invasive plant species can change the ecosystem to make it impossible for living organisms such as salamanders to survive.
Abiotic factors that affect an ecosystem's biotic factors is "The abiotic factor of strong hurricanes which can change the salt levels of the wetlands, which makes it impossible for many living organisms to survive". The answer to the question is option C.
How do abiotic factors affect an ecosystem's biotic factors?
Biotic factors are the living organism found in an ecosystem and they include: rat, humans, lion, fish in ocean, plants, and even algae. While abiotic factors are the non-living factors that ends up determining the survival of the biotic factors. These abiotic factors include: water, salinity, temperature, and light.
Option A is not correct because increase in temperature reduces saltiness.Option B is not correct as algae is a biotic factor, and increased levels of algae will decrease the ability of local fish to find food, thus reducing their population in that area.Option D is not correct too as invasive plant species are biotic factors.In summary, option C is correct because strong hurricanes can cause seawater to flow into wetlands thereby increasing the salt level of the wetlands which makes it difficult for many living organisms to survive.
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PLEASE ANSWER THIS QUESTION ASAP THIS COUNTS A GRADE! PLEASEEEEEEEE
I put in the picture and the question is “What is the optimum temperature for the clam development?”
PLEASE use the picture to answer the question. :)
Answer:
30
Explanation:
because most clams developed at 30 degrees
PLEASE HELP!! If there is an if number of water molecules inside and outside the cell, how will the water move?
Out of the cell only
It will not move
Into the cell only
Into and out of the cell in equal amounts
Osmosis refers to water motion. 1) If there are more water molecules inside the cell, water moves out of the cell only. 2) If there are more water molecules outside the cell, water moves into the cell only. 3) If the number of water molecules inside and outside the cell are the same, water moves into and out of the cell in equal amounts.
Since I do not have the concentration of water inside and outside the cell, to answer this question I will porpose three scenarios. But first, let us review the osmosis concept.
What is osmosis?Osmosis is a simple passive transport referred especially to water. These molecules can move between dilutions of different concentrations until reaching equilibrium.
Water molecules can freely move through a membrane from the most diluted side to the more concentrated one.
So, there are three possible scenarios,
1) There are more water molecules inside the cell than outside the cell.
This means that
the cell interior is more diluted than the cell exterior.the cell exterior is more concentrated than the cell interior.Water molecules tend to move outside the cell until the number of molecules in the cell's interior and exterior are the same.
2) There are more water molecules outside the cell than inside the cell.
This means that
the cell exterior is more diluted than the cell interior.the cell interior is more concentrated than the cell exterior.Water molecules tend to move inside the cell until the number of molecules in the cell's interior and exterior are the same.
3) The number of water molecules inside and outside the cell is the same.
In this case, water molecules will move into and out of the cell in equal amounts.
Now, you should check the number of water molecules in your example, and choose the correct option following these scenarios.
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Imagine you are using a microscope to observe a cell undergoing cell division. How can you be sure that the cell in this figure is undergoing meiosis, rather than mitosis? select all that apply.
It depicts meiotic division because the process depicted is meiotic metaphase-I, in which pairs of chromosomes are aligned on the same plate rather than a single chromosome.
Cell division refers to the processes that take place when a cell divides into new daughter cells, while cell cycle refers to the duration of a cell. Meiosis or mitosis are both viable options for cell division. Meiosis involves the division of a cell into four smaller daughter cells as opposed to mitosis, which involves the division of a cell into two new daughter cells.
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What is the name for the discs (inside of the chloroplast) where the Light Dependent Reaction takes place?
1. Chlorophyll
2. Thylakoid
3. Chloroplast
4. Stroma
Thylakoid is the name for the discs (inside of the chloroplast) where the Light Dependent Reaction takes place.
Light dependent reaction occurs in the disc within the chloroplast called thylakoid .Thylakoids contain chlorophyll, the molecule essential for photosynthesis. In the thylakoid membrane, there are two photosystems (I and II).They from the network of disc called that are arranged in a stack called grana. These structure plays crucial role in converting sunlight into chemical energy .
Grana are the specialized structure that have specific arrangement in plants . As they are connected by stromal lamellae, extensions that run from one granum, through the stroma, into a neighboring granum.
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Can you tell me the name of one ongoing scientific study in the world for the betterment of human lives??
Answer:
Research of genes that help mice live longer
Explanation
https://www.sciencedaily.com/releases/2022/10/221012194015.htm
This link goes into detail about genes that affect mice's lifespans, and could be used in research to increase humans' lifespans. If not increasing lifespan, it could also help us find out what we can do to improve our own living situations. The study models what happens in people and could affect life as we know it.
which of the following is/are true of red blood cells? question 16 options: their anatomical name is also erythrocyte. in their mature form, they do not contain a nucleus. immature erythrocytes that may still contain fragments of organelles are called reticulocytes. they contain one molecule of hemoglobin. all of the above are true.
All of the above statements are true about red blood cells.
Anatomical names are the names given by science professionals when referring to certain body parts, tissues or cells of an organism. The anatomical name for red blood cells is erythrocytes.
Erythrocytes do not contain a nucleus in their mature form and are responsible for the transport of oxygen to all parts of the body. Hemoglobin is the molecule in the red blood cells with which the oxygen binds and forms oxyhemoglobin for transportation.
Reticulocytes can be described as immature red blood cells that have the potential to form mature red blood cells. They are formed in the bone marrow and may contain small segments of organelles.
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The backbone of DNA and RNA is composed of ___
. DNA is double-stranded due to interactions between adenine, cytosine, guanine, and thymine, which are _____
. Uracil is a ___
The backbone of DNA and RNA is composed of sugar molecules. DNA is double-stranded due to interactions between adenine, cytosine, guanine, and thymine, which are nitrogen bases. Uracil is a nitrogen base found in RNA.
What are DNA and RNA?DNA and RNA are nucleic acids that are composed of linear chains of nucleotides. In RNA, the Uracil nitrogen base in the nucleotide sequence replaces the Thymine nitrogen base found in the DNA sequence. Both nucleic acids contain pentose sugar, i.e., ribose in RNA and deoxyribose in DNA.
Therefore, we can conclude that DNA and RNA are formed by nucleotides that contain different nitrogen bases and sugar pentose molecules.
Complete question:
Fill in the blank. The backbone of DNA and RNA is composed of ___. DNA is double-stranded due to interactions between adenine, cytosine, guanine, and thymine, which are _____. Uracil is a ___
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ecosystem ecology deals with the processes that controls the transport and transformation of energy and regulates the biochemical cycling within ecosystem.
The statement 'ecosystem ecology deals with the processes that controls the transport and transformation of energy and regulate the biochemical cycling within ecosystem' is true.
Ecosystem ecology can be described as the study of the flow of energy within a specific ecosystem.
The biochemical cycling is maintained in the ecosystem by the transfer of energy through the ecological process.
The biochemicals such as water, nutrients, and minerals keep circulating between different trophic levels and between the environment.
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8. when stuff binds to proteins, the proteins change shape. when the action potential reaches the sarcomere, it releases calcium which binds to the "bodyguards", allowing the myosin to bond to atp and stretch out to connect with the actin. with its energy spent, the myosin releases the atp and detaches from the actin, only to bind to another atp and repeat the process. this process is called the sliding filament model of muscle contraction.
True, the process is called the sliding filament model of muscle contraction.
According to the sliding filament theory, muscle proteins slide past one another to produce movement during muscular contractions. The sliding filament theory postulates that during muscle contraction, the actin (thin filaments) and myosin (thick filaments) of muscle fibers glide past each other while remaining at essentially constant lengths. A protein called myosin transforms ATP (chemical energy) into mechanical energy, causing movement and push. T
his motion causes the muscles to contract and non-muscle cells, like those in the mitosis and meiosis, to move (cell division). Additionally, the actin-myosin interaction and actin polymerization are what cause a cell to move across a surface. When troponin molecules link to calcium ions in filaments, actin filaments' myosin-binding sites become visible, promoting bridge construction. ATP serves as an energy source and powers this process. Myosin molecules' heads undergo ATP hydrolysis, changing their shape and allowing them to bind to actin filaments.
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you are the first to discover a sister pair of birds on two islands (a blue species and a yellow species). you are wondering which historical biogeographic process led to each species being found on a different island. which biogeographic process is this due to? group of answer choices
The biogeographic process due to which we discover a sister pair of birds on two islands (a blue species and a yellow species) is Natural selection.
What do you mean by natural selection?Natural selection is a process in which more environment-adapted organisms tend to survive and reproduce more frequently than less environment-adapted ones. It happens when a species' genotype, or genetic makeup, undergoes selective modification. Natural selection is the term used to describe varied survival rates under different natural causes.
Who defined natural selection?Natural selection was jointly discovered by Charles Darwin and Alfred Wallace in 1858 (Darwin & Wallace), but Darwin is credited as being the theory's primary proponent and is best known for his book On the Origin of Species (Darwin 1859).
Thus from above conclusion we can say that the biogeographic process due to which we discover a sister pair of birds on two islands (a blue species and a yellow species) is Natural selection.
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How would your life be different if you were unable to maintain a stable internal body temperature through negative feedback ?
Changes in internal body temperature are maintained by various systems in the body that maintain balance between the body and the external environment. Homeostasis can be defined as the biological phenomena that occur within the body to resist changes within it.
Negative feedback resists changes in the body caused by changes in external conditions. Some changes may occur in your body to stabilize it.
How does the body maintain homeostasis through negative feedback? Maintaining homeostasis through negative feedback is a constant activity throughout the body. The human body regulates body temperature through a process called thermoregulation. This keeps the body temperature within a certain range even if the ambient temperature changes significantly.
Can the human body maintain normal temperature?
The human body is able to maintain a normal temperature despite large fluctuations in outside temperature. Depending on the situation, you can experience 1 or 2 changes.
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Pls help me with this question
In the absence of a catalyzing enzyme, the free energy of a reactant of a chemical reaction is 20
kcal/mol and the free energy of the product is 14 kcal/mol. When the catalyzing enzyme is then
added, which of the following is/are likely to be observed?
a. More reactant molecules will reach the transition state per unit time.
b. The activation energy of the reaction will increase.
c. The free energy of the reactant will be reduced.
d. The free energy of the product will increase.
e. A decrease in the rate of the reaction
Thank you!