Through the process of cellular respiration, the energy in food is changed into energy that can be used by the body's cells. Initially, the sugars in the food you eat are digested into the simple sugar glucose, a . The varying glucose concentration affects the rate of cellular respiration as all living cells require both glucose and oxygen for their proper functioning. If the cell has a low level of glucose, then it cannot produce the energy -ATP molecules.
monosaccharide means any of the class of sugars (e.g., glucose) that cannot be hydrolyzed to give a simpler sugar.
A father weighs 100kg and is running at a velocity of 4 m/s. What is the fathers kinetic energy?
Answer:
400 J
Explanation:
Formula :
Kinetic Energy (KE) = 1/2 x mass (m) x velocity² (v²)Solving :
KE = 1/2 x 100 x (4)²KE = 50 x 16KE = 400 J800J
Explanation:
we know,
k.E=(1/2)mv^2
=(1/2)100×4×4
800J
What are the characteristics of natural source
Answer:
Explanation:
land, water, soil, plant, animals and minerals, especially, fossil fuels, coal, etc
What is the name of the process that plants use to remove carbon dioxide from the atmosphere?
Answer:
photosynthesis
Explanation:
Explanation:
the Name of the process that plants use to remove carbon dioxide from atomsphere is photosynthesis
how does the differences in shape between the long bones and flat bones contribute to their different functions
Answer:
It depends on its function and what it is holding
_____ productivity = the organic materials that remain after photosynthesis organisms in the ecosystem have used some of these compounds for their cellular energy needs (cellular respiration)
The organic materials that remain after photosynthesis organisms in the ecosystem have used some of these compounds for their cellular energy needs called primary productivity.
What is cellular respiration?
Cellular respiration is defined as the process through which organisms combine oxygen with food molecules, converting the chemical energy in these substances into life-sustaining activities and discarding, as waste products, water and carbon dioxide.
Common examples of primary producers include diatoms, coccolithophores and dinoflagellates.
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what is a mineral in the earth?
Answer:
The solid substances that occur naturally is called mineral in the earth
If you were building a swimming pool in your yard, what two metric units would be BEST suited for the measurements?
centimeters and kiloliters
meters and kiloliters
kilometers and milliliters
decimeters and deciliters
Answer: Meters and Kiloliters
Answer: meters and kiloliters
Explanation:
why morden cell are difficult to study compared to premative cell?
Answer:
coz the modern cells have a lot more complex structures which had evolved along time
Which element, along with other
inorganic and organic elements, is
especially important for chemotrophs
living near deep volcanic thermal vents
in the ocean?
A. Uranium
B. Helium
C. Sulfur
Sulfur is especially important for chemotrophs living near deep volcanic thermal vents in the ocean. Therefore, option C is correct.
What are chemotrophs?An organism is said to be a chemotroph if it uses the environment's electron donors to oxidize them for energy. They might be organic or inorganic molecules. In contrast to phototrophs, which use photons, chemotrophs employ chemicals. Both autotrophic and heterotrophic chemotrophs are possible.
Prokaryotic chemotrophic organisms, which comprise both bacteria and fungi, are the most prevalent type. For all of these species to exist and procreate, carbon is necessary.
Sulfur is especially important for chemotrophs living near deep volcanic thermal vents in the ocean. Therefore, option C is correct.
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T.L.E subject
____ 2. is a method where in the scion or top portion of the plant is joined with or inserted into the rootstock of another plant, to make them grow together
____ 3. In this method, a single bud is forced to grow on the stock.
____ 4. A methods that allow the stem ton develop roots while still attached on the mother plant.
A. Budding
C. Grafting
D. Planting
Which statement is true about organ systems in the human body?
Choose 1 answer:
(A) each organ system works completely alone.
(B) if one organ system fails, another will take its place.
(C) organ systems carry out unique functions that help the body live and grow.
Answer:
C
Explanation:
organ systems are group of organs working together to carry out a specific function. organ systems carry out unique functions that helps the body to live and grow.
Answer:
C
Explanation:
Each organ system has unique or specific functions and no other organ can take it's place
how did life begin?
are we alone in the universe?
Answer:
Read the Quran. it tells you how did it begin
How would you revise the simulation so users can evaluate the role of human activity in the pH of the ocean? I would add the condition What variables would you add to or change in the simulation to accomplish this?
Human activities such as burning of fossil fuels is the main cause of acidic pH of the ocean.
Explain the role of human activity in the pH of the ocean?The pH of the ocean tends to increase because of human activities that increased levels of carbon dioxide in the atmosphere. This CO2 is dissolved into the ocean and makes the ocean more acidic.
Variable of climate (x) and biodiversity (y) would be added to evaluate the role of human activity in the pH of the ocean.
So we can conclude that human activities such as burning of fossil fuels is the main cause of acidic pH of the ocean.
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The odds of expected outcomes of a physical characteristic in a particular breeding
Answer:
Probability is the term you seek.
The cells that produce testosterone in the testis are called ________.
Answer:
Leydig cells produce testosterone
Which two respiratory infections are caused by viruses?.
Respiratory infections caused by viruses are as follows:--
influenza virus, respiratory syncytial virus, parainfluenza viruses, bocaviruses, metapneumovirus, rhinovirus, coronaviruses, adenoviruses
For bacterial cells, the cell envelope layer that lies just outside the plasma membrane is called the ___.
Answer:
For bacterial cells, the cell envelope layer that lies just outside the plasma membrane is called the "Cell Wall".
For bacterial cells, the cell envelope layer that lies just outside the plasma membrane is called the cell wall.
The cell wall is a rigid, protective layer that surrounds the plasma membrane of bacterial cells and provides structural support and shape to the cell. It is found in many prokaryotic cells, including bacteria, as well as in some archaea.
The main functions of the bacterial cell wall are as follows:
Structural support: The cell wall gives the bacterial cell its shape and prevents it from bursting or collapsing due to changes in osmotic pressure. It provides rigidity and strength to the cell, enabling it to maintain its structure and integrity.
Protection: The cell wall acts as a barrier and protects the bacterial cell from mechanical damage and the external environment. It helps shield the cell from harmful substances and provides some defense against the host immune system and certain antibiotics.
Permeability control: The cell wall regulates the movement of molecules into and out of the cell. While it allows some substances to pass through, it restricts the entry of larger molecules and certain toxins.
The composition of bacterial cell walls varies among different groups of bacteria. The two most common types of bacterial cell walls are:
In summary, the bacterial cell wall is an essential structure that maintains the shape and integrity of the cell, protects it from external threats, and controls the movement of substances in and out of the cell. Its composition and organization are critical factors that contribute to the characteristics and behavior of different bacterial species.
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Investigate substances containing carbon or oxygen that relate to biological processes. Explain their main function in those processes.
Answer:
I hope this helps!!!1
Explanation:
Carbon and oxygen are independent of each other but are very closely connected as well as interdependent. The following article will cover information that will help you understand the carbon-oxygen cycle in detail.
Life on planet Earth continues due to the presence of organic as well as inorganic nutrients present in nature. These nutrients need to be continuously recycled. If this doesn’t happen, all the nutritive resources in the world will get extinguished completely. No nutrients means no life on Earmeano, for the life cycle of every living being, unicellular or multicellular organism to sustain, recycling the nutrients is very important. One of the important cycles is the carbon-oxygen cycle.
The Process of Carbon-Oxygen Cycle
There are four steps involved in the completion of this cycle. These methods are discussed below:
Photosynthesis
Plants undergo photosynthesis which helps them produce energy and food for themselves. During this process, plants take in carbon dioxide (CO2) and absorb water (H2O) with the help of their roots. The chlorophyll present in the leaves and the energy from the sun, help convert CO2 and H2O into Oxygen O2, sugar, and water vapor. Oxygen (O2) is released by plants as a by-product of the atmosphere.
Formula for Photosynthesis
CO2 + H2O + Light ———-> (CH2O) + O2
The carbon dioxide from air and water from the soil in presence of light (energy) is taken by the plants and converted into carbohydrates and oxygen as by-products.
Respiration
Just as plants carry out photosynthesis, animals carry out respiration. Respiration occurs when animals take in oxygen from the air along with simple sugars from their food. This helps in the release of carbon dioxide, water, and energy from the animal body. During cellular respiration, animals require O2 while inhalation. When they exhale the waste product of cellular respiration, they release CO2 into the atmosphere again.
Formula for Respiration
(CH2O) + O2 ———-> CO2 + H2O + Energy
The carbohydrates taken from food like plants or carbon-based compounds along with oxygen are converted to carbon dioxide which is released into the air along with water and energy during respiration.
Combustion
It is a process of burning that occurs naturally in nature. For example, volcanic eruptions are natural combustion processes where carbon dioxide is released into the atmosphere due to burning. Nowadays, many environmental pollutants cause an increase in the amount of CO2 in the air. These include cars, factories, burning of woods, coal, nuclear energy, gas, etc. This irresponsible combustion and release of excessive carbon dioxide and other harmful gases in the environment is the major contributing factor to today’s global warming.
Decomposition
After the death of any living organism, i.e., unicellular or multicellular organism, it gets decomposed. This decomposition means insects, fungi, and bacteria (together called decomposers), help in breaking down the cellular components of the dead organism into its basic elements. These elements include water, calcium, nitrogen, carbon, and oxygen. Thus, decomposers help in the release of oxygen and carbon dioxide back into the atmosphere as their metabolic waste products.
The entire cycle can be summarized as, plants taking in carbon dioxide and releasing oxygen during photosynthesis. This oxygen released is taken up by animals who release carbon dioxide after carrying out respiration. Thus, the recycling of carbon and oxygen in the atmosphere will continue as long as respiration and photosynthesis occur. This also proves that to sustain life, plants are very important as they are the major contributors to the amount of oxygen present in the atmosphere. Although both cycles occur independently, they are, in a small way, interconnected to each other.
The different processes where carbon and oxygen will combine and help in different biological process are combustion, photosynthesis and respiration.
What is biological process?
A biological process is the organism's genetically designed means of achieving a particular goal. The outcome or final state of biological processes is frequently used to characterize them, for example, the biological process of cell division produces two daughter cells (a divided cell) from a single parent cell.
A biological process is carried out by a specific collection of molecular operations performed by certain gene products (or macromolecular complexes), frequently in a highly controlled manner and in a specified temporal sequence. Oxygen and carbon used in many biological process such as photosynthesis.
Therefore, The different processes where carbon and oxygen will combine and help in different biological process are combustion, photosynthesis and respiration.
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an organism has a hapoloid number of 20. what is the organisms diploid number
Oogenesis produces _ viable cell/s, and spermatogenesis produces _ viable cell/s.
0 4.2
o 4.4
4.1
o 1.4
Oogenesis produces 1 viable cell and spermatogenesis produces 4 viable cells. Details about gametogenesis can be found below.
What is gametogenesis?Gametogenesis is the process by which gametes are produced. Gametogenesis consists of two processes namely;
OogenesisOogenesisSpermatogenesisOogenesis is the formation and development of an oocyte or ovum while spermatogenesis is the process of sperm production in the testes.
Oogenesis results in the formation of only one viable egg cell while spermatogenesis results in the formation of four spermatids.
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An introvert prefers to:
read or reflect
go to parties
call friends
buy marbles
Answer:
Read or reflect, since an introvert is an antisocial person. Buying marbles at a store means you have to go around people, which is more social than reading. Reading can be a completely antisocial experience, making this correct.
Which is associated with early increased intracranial pressure?.
Answer:
bleeding in the brain, a tumor, stroke, aneurysm, high blood pressure, brain infection.
Explanation:
Which of the following is NOT an advantage of having a glycocalyx (capsule or slime layer) for bacteria?a) Protects from phagocytosis.b) Allows bacteria to move through the environment.c) Allows bacteria to adhere to surfaces.d) Can serve as a nutrient/energy reserve.e) Protects from desiccation/dehydration.
Why is this discovery important to evolutionary biologists?
The discovery is not specified here but evolutionary biologists are professionals who work to discover descendence relationships between organisms.
Who are evolutionary biologists?Evolutionary biologists are biology professionals who work to find evolutionary (ancestor-descendant) relationships between organisms.
The work of evolutionary biologists is fundamental for understanding the associations in a given taxonomic group.
In conclusion, the discovery is not specified here but evolutionary biologists are professionals who work to discover descendence relationships between organisms.
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Explanation:
The discovery might aid research into how contemporary species, like penguins, have evolved.
What are the three techniques scientists can
use for correlation ? (fossils)
What is the function of the structure below which is part of a fungus
Drag each item to the correct location to indicate whether it describes the American or European weather model. (2 points)
Answer:
America model weather can predict 16 days,
Explanation:
Most of the compounds that make up life contain the element:
Answer:
Carbon.
Explanation:
Carbon forms the basis for all life on Earth; indeed, life forms on Earth are referred to as carbon-based life forms, emphasizing the importance of this element for life. Carbon atoms readily bond to other atomic elements, such as oxygen and nitrogen.
What form of
decomposition
do
decomposers
perform?
A. mechanical
B. chemical
C. autotroph
The form of decomposition performed by decomposers is chemical. Details about decomposers can be found below.
What are decomposers?Decomposers are organisms that are capable of breaking down decaying or dead organic substances. Examples are fungi, bacteria.
Decomposers degrade the constituents of organic substances chemically by releasing enzymes to break them down.
Therefore, the form of decomposition performed by decomposers is chemical.
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Answer: Chemical
Explanation:
the negative feedback of menstrual cycle?
Explanation:
The menstrual cycle begins as FSH stimulates development of an ovarian follicle. As this follicle matures, it begins producing a small but steadily rising amount of estradiol. This low level of estradiol causes: Negative feedback: inhibition of FSH and LH secretion.