In what ways are organisms and their environment interdependent.
Answers
Organisms and their environment are interdependent in various ways. The environment provides a variety of living conditions, such as air, water, and shelter, for all living organisms.
Organisms, on the other hand, play a significant role in maintaining the environment by aiding in the recycling of materials and providing food for other species. The relationship between organisms and their environment is characterized by complexity environment. Organisms and their environment are intimately intertwined, with each having an impact on the other. There are several ways in which organisms rely on their surroundings to survive and prosper. One of the most important ways is by obtaining food and water.
Plants and animals rely on their surroundings for sustenance, either through photosynthesis or by consuming other organisms. Similarly, the environment provides a variety of shelter and protection for organisms, such as caves, burrows, and forests.The environment, on the other hand, relies on organisms to maintain its ecological balance. Organisms aid in the decomposition of organic matter, the recycling of nutrients, and the regeneration of soil. Additionally, organisms aid in the pollination of plants and the dispersal of seeds, which are critical components of many ecosystems.
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Related Questions
Sort the following list of organisms with respet to the kingdom they belong The Answer
Answers
Answer: animal, plant, fungi, protist and monera.
Explanation:
Living things are divided into five kingdoms: animal, plant, fungi, protist and monera.
who contributed to the cell theory and what was their contribution
Answers
Answer:
By the late 1830s, botanist Matthias Schleiden and zoologist Theodor Schwann were studying tissues and proposed the unified cell theory. The unified cell theory states that: all living things are composed of one or more cells; the cell is the basic unit of life; and new cells arise from existing cells
Robert Hooke: (1663-1665)- The cell was discovered by Robert Hooke in 1665. He examined very thin slices of cork and saw many tiny pores. However, Hooke did not know their real structure or function.
Anton Van Leeuwenhoek: (1674-1683)- Leeuwenhoek made a microscope of glasses used by drapers by polishing tiny lenses of great curvature which gave magnifications up to 270× diameters, the finest known at that time.Leeuwenhoek was the first to see and describe bacteria(1674), yeast plants, the life present in a drop of water, etc.
Theodor Schwann(German zoologist):(1837-1839)- Matthias Schleiden found that all plants are composed of cells, and shared the finding with Schwann, who had found similar structures in the cells. Other researchers confirmed the similarity, after which he concluded, "All living things are composed of cells and cell products". This became the cell theory.
Matthias Schleiden(German botanist):(1839)- He stated that different parts of the plant organism are composed of cells. He also recognized the importance of the cell nucleus and told about its connection with cell division.
Rudolf Virchow:(1855)- Rudolf Virchow suggested that all cells come from pre-existing cells. His aphorism 'Omnis cellula e cellula' means every cell originates from pre-existing cell became the foundation of division, even if the process was not fully understood then.
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What properties of carbon explain carbon’s ability to form different large and complex structures?
Answers
Why is genetic editing a bad thing?
Answers
Answer:
Although it has some good effects it can also harmfully reduce human diversity and increase social inequality majority of genetic editing is pretty bad.
It probably shouldn't even be allowed because it can cause risks to future children, creating new forms of discrimination. This can also make people lose their trust in science technology.
New toxins can be produced, Gene Transfer to Wild or Weedy Relatives, change in Herbicide Use Patterns. There are most Unkown harms yet to be discovered.
Answer:
it messes with genes. genes are important for forming organs and organ system in humans' early stages. Genes define the way we look. If we redefine genes, it may lead to abnormal consequences for humankind.
Genetically editing anything in general could cause serious complications in our world. It's almost like using our precious invention, life as a toy.
hope it helps!
NAME
Local Land and Sea Breezes
Directions: Using the diagrams below, draw in the movement of wind using arrows to show land breezes
and sea breezes. Additionally, label where there are areas of high pressure and areas of low pressure. Lastly
answer the questions that follow.
(
1. In the diagrams, what are the circular motions of air called?
Answer:
2. What causes these circular motions of air to occur?
Answer:
DATE:
3. Why is the warmer air rising while the colder air is sinking?
Answers
4. Why is the land significantly warmer in the daytime when compared to the
Answers
The circular motions of air in these diagrams are called convection currents.
These circular motions of air occur due to the temperature differences between land and water.
Warmer air rises because it becomes less dense, and colder air sinks because it is denser.
The land is significantly warmer in the daytime compared to the water because land heats up and cools down more rapidly than water due to differences in its heat capacities.
What are land and sea breezes?Land and sea breezes are local wind patterns that occur near coastal areas. They are caused by the differential heating and cooling of land and water surfaces.
During the day, land surfaces heat up more quickly than water surfaces, creating a temperature difference between the two. This temperature difference leads to the formation of breezes:
These land and sea breezes can have significant effects on local weather and can provide relief from the heat or humidity depending on the time of day and location.
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Which statement is true about fossils?
O Most life on earth has been preserved as fossils.
O The conditions for forming fossils are rare.
O Any organism can be preserved as a fossil no matter its form.
O The fossil record provides a thorough and complete view of Earth's history.
Answers
Answer: I believe The conditions for forming fossils are rare.
Explanation: hope this helps
The difference between one amino acid and another is found in the :
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A. peptide bond
B. R group
C. carboxyl group
D. amino group
Answers
The difference between one amino acid and another is found in the R group, which is responsible for the unique characteristics and properties of each amino acid.
Amino acids are the building blocks of proteins and have a common structure consisting of an amino group (NH2), a carboxyl group (COOH), and a side chain known as the R group.The R group is the variable component of an amino acid that distinguishes it from other amino acids.Each amino acid has a unique R group, which can be a simple hydrogen atom or a complex arrangement of atoms.The R group determines the chemical properties, structure, and functionality of the amino acid.It can be hydrophobic, hydrophilic, acidic, basic, polar, nonpolar, or contain functional groups such as sulfhydryl or hydroxyl.The variation in the R group gives each amino acid its specific characteristics, interactions, and behavior within a protein.The peptide bond, formed through a condensation reaction between the amino group of one amino acid and the carboxyl group of another amino acid, connects amino acids together to create a protein chain.While the peptide bond is important for protein synthesis, it does not contribute to the differences between amino acids.Therefore, the primary source of distinction between one amino acid and another lies in the R group.In summary, the difference between one amino acid and another is primarily found in the R group, which determines the unique properties and characteristics of each amino acid.
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Before a star is born, the matter that will become the star exists as a what?
A: Cool, Dark Nebula
B: Black hole
C: Red Giant
D: Bright explosive supernova.
Answers
Answer:
A: Cool, Dark Nebula
Explanation:
Before a star is born, the matter that will become the star exists as a interstellar gas and dust. The stars are formed as a result of the force of gravity compresses atoms in the interstellar gas. Then the fusion reaction begins. During this fusion reaction the temperature gets extremely high and all the material evolves into a hot bright star.
nadia is exposed to high levels of radiation during the 6th, 7th, and 8th weeks of gestation. which organ structures in the fetus are most likely to show abnormalities? group of answer choices only the brain and spinal cord the heart and liver the palate of the mouth and the ears virtually all organ systems are vulnerable during this time
Answers
Nadia is exposed to high levels of radiation during the 6th, 7th, and 8th weeks of gestation so virtually all organ systems are vulnerable during this time.
There are 11 separate organ systems that make up the core of human anatomy and physiology. The 11 organ systems include the respiratory system, digestive and excretory system, circulatory system, urinary system, integumentary system, skeletal and muscular system, endocrine system, lymphatic system, neurological system, and reproductive system. The body has various systems in addition to organ systems. The immune system, which protects the body from infection, is not an organ system because it is not made up of organs.
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Which is the best example for genetic diversity?
A. Humans that have different colored hair.
B. A species of bird that eats berries from trees in one area, but eats them off the ground in another area.
C. Fish that eat tadpoles in the pond, but eat small fish in the lake.
D. A species of snake that sleeps in the trees in the forest, but sleeps underground in the desert.
Answers
colorsAnswer:
A
Explanation:
We get our hair color from genes and there is a wide variety of hair colors for us :)
you measure changes in membrane potential in an on-center bipolar cell that is exposed to light in the center of its receptive field. what response would you expect to see?
Answers
The response would be Depolarization due to decreased release of glutamate by the photoreceptor cell. (Option 5)
Bipolar cells can be on or off-center. Bipolar cells get inputs from a bunch of photoreceptor cells that characterize the bipolar cell's responsive field. Glutamate is the neurotransmitter released by all photoreceptor cells. A bipolar cell that responds to glutamate by excitation will be excited when the light is off because glutamate release decreases when exposed to light. Because they are active when light is off in the center of their receptive field, these cells are referred to as off-center bipolar cells.
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(complete question)
You measure changes in membrane potential in an ON-center bipolar cell that is exposed to light in the center of its receptive field. What response would you expect to see?
Select one:
1. An action potential
2. Depolarization due to increased release of glutamate by the photoreceptor cell
3. Hyperpolarization due to decreased release of glutamate by the photoreceptor cell
4. Hyperpolarization due to increased release of glutamate by the photoreceptor cell
5. Depolarization due to decreased release of glutamate by the photoreceptor cell
(01.04 MC)
Use the graph to describe the effect on temperature as depth increases. (3 points)
Depth (m)
500-
1000
1500-
2000
2500
3000
3500
4000
Thermodine!
0
5 10 15 20 25 30
Temperature (°C)
© 2015 by The Trustees of Columbia University in the City of New York, Lamont-Doherty Earth Observatory
As depth increases, temperature remains the same.
O As depth increases, temperature increases.
O As depth increases, temperature increases then decreases.
As depth increases, temperature decreases quickly at first, but eventually becomes constant.
Answers
According to the information in the graph, it can be inferred that as depth increases, temperature decreases quickly at first, but eventually becomes constant (option D).
What does the graph show?The graph shows the relationship between temperature and depth on the map. On the x axis the different temperatures are shown and on the y axis the different depths.
What relationship does the map show?According to the map, the temperature of the water decreases as the temperature is higher. However, the most drastic change in temperature occurs above 500 meters deep, where the temperature goes from 25° to 5°, that is, a decrease of 20°. After 500 meters, the temperature drops to about 2° in a less drastic way. According to this information the correct statement is "as depth increases, temperature decreases quickly at first, but eventually becomes constant" (option D).
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A Chemoorganotroph Always Produces More Energy Compared To A Chemolithotroph. True False
Answers
This is false that a Chemoorganotroph Always Produces More Energy Compared To A Chemolithotroph.
Both chemoorganotrophs and chemolithotrophs produce energy through different metabolic pathways. While chemoorganotrophs use organic compounds as their energy source, chemolithotrophs use inorganic compounds. The amount of energy produced by each type of organism depends on the efficiency of their respective metabolic pathways and the availability of their energy source.
Therefore, it cannot be concluded that a chemoorganotroph always produces more energy compared to a chemolithotroph. For example, some chemolithotrophs such as sulfur oxidizing bacteria can produce a high amount of energy by oxidizing sulfur compounds. Ultimately, the amount of energy produced by an organism depends on its metabolic capabilities and the conditions of its environment.
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You are trying to restriction-map a plasmid. An EcoRI digest gives you a 10 kb fragment, an XhoI digest gives you a 2 kb and an 8 kb fragment, and the double digest gives you fragments of 2, 3, and 5 kb. From these results, you deduce that the size of the plasmid is ______ kb, the number of EcoRI sites is ______, the number of XhoI sites is ______, and that there is an EcoRI site within the ______ kb XhoI fragment
Answers
There is an EcoRI site within the 8 kb X hoi fragment. The size of the plasmid is 15 kb (10 kb EcoRI fragment + 2 kb XhoI fragment + 3 kb XhoI fragment).The number of EcoRI sites is 1, and the number of XhoI sites is 2.
The size of the plasmid is _15 kb_. The number of EcoRI sites is _1_. The number of XhoI sites is _2_, and there is an EcoRI site within the _8 kb_ XhoI fragment.Explanation:To solve this question, we first need to understand what is Restriction mapping. Restriction mapping is a process of generating a map of DNA fragments from an unknown DNA sequence using restriction enzymes. When an unknown DNA sequence is cut with restriction enzymes, it generates a series of DNA fragments of different sizes.In the question above, the EcoRI digest gives a 10 kb fragment, the XhoI digest gives a 2 kb and an 8 kb fragment, and the double digest gives fragments of 2, 3, and 5 kb. Based on this information, we can find the number of sites for each of the enzymes.The 10 kb fragment was obtained using EcoRI. Therefore, the EcoRI site is present only once.
We can conclude that the plasmid is at least 10 kb in size. The 2 kb and 8 kb fragments were obtained using XhoI. Hence, the XhoI sites are present twice. The sum of the fragments obtained from the double digest (2, 3, and 5 kb) is 10 kb. Therefore, the remaining 5 kb is from the XhoI fragments, which are 2 kb and 8 kb in size.Therefore, the size of the plasmid is 10+2+8 = 20 kb. However, the sum of the fragments obtained from the double digest is 10 kb. This means that the XhoI site is present within the 10 kb EcoRI fragment, leaving 8 kb as the remaining XhoI fragment.
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Name some types of trees that have leaves that change color
Answers
Answer:
Vine Maple.
Franklin Tree.
Washington Hawthorn.
Apple Serviceberry.
Red Oak.
Quaking Aspen.
Dogwood.
Sassafras.
Explanation:
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In the family tree below, people with the recessive trait of attached earlobes
are shaded gray
Answers
Answer:
It is a female with at least one dominant allele
The toxic condition caused by excessive amount of urea and other waste products in the bloodstream is known as
Answers
Uremia is a toxic accumulation in the blood. It happens when your kidneys quit filtering poisons out of your urine. Uremia is frequently associated with end-stage renal (kidney) illness.
Azotemia and uremia are two forms of renal diseases. When there is nitrogen in your blood, you have azotemia. Uremia is caused by the presence of urea in the blood. They are, however, both linked to renal illness or damage.
Uremia develops when your kidneys are injured. Toxins, or body waste, that your kidneys ordinarily excrete in urine end up in your circulation. These poisons are referred to as creatinine and urea. Uremia is a dangerous illness that, if left untreated, can be fatal.
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How are meiosis and mitosis different?
Answers
Comparison of the processes of mitosis and meiosis. Mitosis produces two diploid (2n) somatic cells that are genetically identical to each other and the original parent cell, whereas meiosis produces four haploid (n) gametes that are genetically unique from each other and the original parent (germ) cell.
Answer:
Mitosis produces two diploma somatic cells that are genetically identical to each other and the original parent cell, whereas meiosis produces four haploid gametes that are genetically unique from each other and the original parent cell.
________ thousands of tiny projections that add even more surface area to villi
Answers
Answer:
Each villus, in turn, has thousands of even smaller projections called microvilli (singular: microvillus).
Explanation:
The villi contain capillaries, which are tiny blood vessels. Nutrients are absorbed into these capillaries across the surfaces of the villi and microvilli. Because there are millions of these tiny projections, they greatly increase the surface area for absorption.
Beaches are monitored to protect public health. Waterborne pathogens can cause illnesses. Which of the following ways can pathogens enter coastal waters? O Leaking sewer pipes and untreated wastewater O Precipitation through the water cycle The changing of low tide to high tide O Through the interactions of marine organisms and plants
Answers
Answer:
I am pretty sure it is A Leaking sewer pipes and untreated wastewater
Explanation:
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Match the description with the corresponding fruit part.
1. the innermost protect layer around a fruit seed such as the shell of a peach pit
2. all the layers surrounding the seed of a fruit
3. the middle protective layer of a fruit seed; often the flavorful flesh
4. the outermost skin of a fruit
a. endocarp
b. pericarp
c. epicarp
d. mesocarp
Answers
Answer:edg
Explanation:
endocarp- the inner most protect
layer around fruit seed
pericarp- all the layers surrounding
mesocarp- the middle protective layer of fruit seed
epicarp- the outermost skin
3. What is another name or a sub-property of cohesion? Give an example of how this affects living
organisms
Answers
Answer:
Unity is the other name of cohesion.
Explanation:
The property of cohesion is to sticking together of something. The molecules of liquid stick together with the help of cohesion. This cohesion property is very important for plants because with the help of this property, plants take water through roots from the soil and the water molecules are stick together with the help of cohesion. If cohesion is not present then the uptake of water can not be possible.
ltrasound evaluation of achilles enthesis in inflammatory and non-inflammatory processes: a systematic review and meta-analysis clinical and experimental rheum
Answers
Ultrasound evaluation of the Achilles tendon has been used to assess enthesis involvement in the setting of various inflammatory, metabolic and mechanical processes. The objective of this systematic review was to assess the differences in ultrasound findings in Achilles enthesis between inflammatory tendinopathy (IT) versus non-inflammatory tendinopathy (NIN).
What is Achilles Tendon Ultrasound Exam?The Achilles Tendon Ultrasound Exam is a diagnostic imaging method that uses high-frequency sound waves. With several indications, the ultrasound exam is highly effective in diagnosing diseases.
With this information, we can conclude that While Achilles enthesis thickening, Doppler signal and calcaneal erosions discriminate IT from healthy subjects, erosions are more likely to distinguish IT from NIT than thickening or Doppler signal. Additional study is needed to quantify the diagnostic performance of ultrasound at this location given the frequency of abnormalities in NIT.
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which are examples of negative feedback? Select three options.
Answers
Answer:
C- when someone's pancreas stops producing the hormone that lowers blood sugar because the person hasn't eaten recently
D- when someone’s pancreas hormone increases every time they eat, but decreases when they aren’t eating
E- when a person takes calcium supplements so a gland will stop secreting a hormone that pulls calcium from the bones
Explanation:
I got it right on my test!
ur welcome
The examples of negative feedback among the given options are 1. A child whose thymus gland is building an immune system that gets stronger each day.
3. When someone's pancreas stops producing the hormone that lowers blood sugar because the person hasn't eaten recently.
4. When someone's pancreas hormone increases every time they eat but decreases when they aren't eating.
Negative feedback is a regulatory mechanism in the body that works to maintain homeostasis by counteracting or reversing changes in the body's internal environment.
It helps to keep various physiological processes within a narrow range and prevent excessive fluctuations.
1, the child's thymus gland building an immune system that gets stronger each day is an example of negative feedback. As the child grows, the thymus gland stimulates the production of immune cells (such as T cells) to strengthen the immune system, which is a response to the body's needs.
3, when someone's pancreas stops producing the hormone that lowers blood sugar because the person hasn't eaten recently, it demonstrates negative feedback.
4, when someone's pancreas hormone increases every time they eat but decreases when they aren't eating, it also illustrates negative feedback. After a meal, the pancreas releases insulin to facilitate glucose uptake by cells, reducing blood sugar levels.
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Your question is incomplete, but most probably your full question was.
Which are examples of negative feedback? Select three options.
1. a child whose thymus gland is building an immune system that gets stronger each day.
2. when someone’s adrenal gland reacts to a scary movie by secreting hormones that make the heart beat quickly.
3. when someone's pancreas stops producing the hormone that lowers blood sugar because the person hasn't eaten recently.
4. when someone’s pancreas hormone increases every time they eat, but decreases when they aren’t eating.
5. when a person takes calcium supplements so a gland will stop secreting a hormone that pulls calcium from the bones
where do we see animals being cooperative towards eachother?
Answers
Answer:
= We can see animal being cooperative one specific from of cooperation in animals is skin selection,which involves animals promoting the reproductive success of there skin there by promoting their own fitness .
How does the cell theory contribute to understanding cell organization (cite the info)
Answers
Answer:
The cell theory is a widely accepted explanation of the role of cells in living things. It is important because it lays the foundation for scientists' understanding of cells and sets the distinction between living and non-living things.
Cells are the basic unit (or building block) of life.2. All living things are made of cells.3. Cells come from other cells.
Explanation:
In all forms of life, the energy required for growth and reproduction comes from spontaneous REDOX reactions in which one molecule serves as an electron donor to another one that has a ____ reduction potential. For an organotroph, the complete oxidation of glucose to CO2 through respiration requires that an oxidized ____electron ____ is present in its environment. For these microbes, the energy released by spontaneous movement of electrons through an EIS is directly captured in the ____ that is then used to make intracellular energy in the form of ____ This is in contrast with lithotrophs that use reverse electron flow to move electrons to a final acceptor of ____ reduction potential for the purpose of making the ____ needed for carbon fixation reactions. Oxygenic photosynthesis allows the energy present in light to convert chlorophyll into an electron donor by ____ its reduction potential. All organisms must acquire carbon molecules from the environment for biosynthesis. Microbes that take up reduced carbon compounds for biosynthesis are ____ s while those that take up inorganic oxidized carbon in the form of ____are ____ s.
Answers
In all forms of life, the energy required for growth and reproduction comes from spontaneous REDOX reactions in which one molecule serves as an electron donor to another one that has a more negative reduction potential.
For an organotroph, the complete oxidation of glucose to \(CO_{2}\) through respiration requires that an oxidized electron acceptor is present in its environment. For these microbes, the energy released by spontaneous movement of electrons through an ETS is directly captured in the form of ATP that is then used to make intracellular energy in the form of phosphorylated compounds.
This is in contrast with lithotrophs that use reverse electron flow to move electrons to a final acceptor of more positive reduction potential for the purpose of making the reducing power needed for carbon fixation reactions. Oxygenic photosynthesis allows the energy present in light to convert chlorophyll into an electron donor by decreasing its reduction potential. All organisms must acquire carbon molecules from the environment for biosynthesis. Microbes that take up reduced carbon compounds for biosynthesis are heterotrophs, while those that take up inorganic oxidized carbon in the form of \(CO_{2}\) are autotrophs.
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eukaryotic cells vc prokaryotic cells.
Answers
Eukaryotic cells are cells with a nucleus and membrane-bound organelles such as mitochondrion, chloroplast, and lysosome.
Prokaryotic cells, on the other hand, are much simpler and smaller cells when compared to eukaryotic cells. The cells are also without a nucleus nor membrane-bound organelles.
Both eukaryotic and prokaryotic cells have plasma membranes and ribosomes that function in the maintenance of homeostasis and as sites of protein synthesis respectively.
Some eukaryotic cells such as the plant cells have cell walls just like the prokaryotic cells. Both cells have DNA, in addition to other biomolecules, which serves as a store of genetic information.
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American College of Obstetricians and Gynecologists. ACOG Committee Opinion No. 394: Cesarean delivery on maternal request. Obstet Gynecol. 2007;110(6):1501.
Answers
The main answer is that the provided reference is an article published in 2007 by the American College of Obstetricians and Gynecologists on cesarean delivery upon maternal request.
The provided reference is an article published in 2007 by the American College of Obstetricians and Gynecologists (ACOG). The article is titled "ACOG Committee Opinion No. 394: Cesarean delivery on maternal request" and was published in the journal Obstetrics and Gynecology. This committee opinion discusses the issue of cesarean delivery upon maternal request, providing recommendations and guidelines for healthcare providers. The article addresses the various factors involved in such decisions, including patient autonomy, risks and benefits, and the importance of informed consent.
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Suppose you coated the leaves of a plant with petroleum jelly. How would the plant's rate of transpiration be affected?
Answers
Answer:
The rate of transpiration would decrease
Explanation:
the petroleum jelly would block the stomata of the leaves resulting in decreased transpiration rates
Petroleum jelly would inhibit the loss of moisture out of the stomata cells. Therefore, the rate of transpiration would be decreased.
What is transpiration?Transpiration exists the procedure of water movement via a plant and its evaporation from aerial parts, such as leaves, stems, and flowers. Water exists essential for plants but only a small amount of water brought up by the roots is utilized for growth and metabolism. The remaining 97–99.5% exists lost by transpiration. An example of transpiration exists when a plant absorbs water in its roots.
Hence, Petroleum jelly would inhibit the loss of moisture out of the stomata cells. Therefore, the rate of transpiration would be decreased.
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