Identify the plant tissues in the three images.
A
B.
C
Answers
I originally asked for the images but I will give it my best shot at answering your question without them! :D
There are only three types of plant tissues:
1. Dermal
2. Ground
3. Vascular
The dermal tissue is the outside of the plant's root, stem, or leaf, A.K.A the the skin. If you're looking at a circular image, what ever is pointing to the outside ring of the stem is the dermal tissue.
The ground tissue is the flesh of the plant that is inside the dermal tissue. It surrounds the vascular tissue in the middle of the stem. Whatever letter is pointing to the wide, fleshy ring, that is touching the dermal tissue is the ground tissue. It is the largest part of a plants stem, roots, or leaves.
Lastly, the very inner ring or rings of the plant is the vascular tissue. It's made up of xylem and phloem. This can be found in many different places depending on the part of the plant, but what you're looking for is tiny circles within the ground tissue. If you're looking at the roots, you will see one circle in the very center of the plant, surrounded by ground tissue. If you're looking at the leaves, you will see one circle as well, and additionally other tiny circles throughout the ground tissue in each wing. Lastly, if you're looking at the stem, you'll see a circle of tiny circles within the ground tissue. These small circles are all vascular tissue.
Image 1:
A. Dermal tissueB. Vascular tissueC. Ground tissueImage 2:
A. Epidermal tissueB. Vascular tissueC. Ground tissueImage 3:
A. XylemB. PhloemC. Ground tissueImage 1:
The dermal tissue is the outermost layer of cells that covers the plant. It is responsible for protecting the plant from the environment. The vascular tissue is a system of tubes that transports water and nutrients throughout the plant. The ground tissue is the tissue that makes up the bulk of the plant. It is responsible for photosynthesis, storage, and support.
In the image, the dermal tissue is the thin layer of cells that covers the surface of the leaf. The vascular tissue is the network of tubes that runs through the leaf. The ground tissue is the bulk of the leaf, and it is made up of cells that contain chloroplasts.
Image 2:
The epidermal tissue is the outermost layer of cells that covers the plant. It is responsible for protecting the plant from the environment. The vascular tissue is a system of tubes that transports water and nutrients throughout the plant. The ground tissue is the tissue that makes up the bulk of the plant. It is responsible for photosynthesis, storage, and support.
In the image, the epidermal tissue is the thin layer of cells that covers the surface of the stem. The vascular tissue is the network of tubes that runs through the stem. The ground tissue is the bulk of the stem, and it is made up of cells that contain chloroplasts.
Image 3:
The xylem is a type of vascular tissue that transports water and nutrients from the roots to the rest of the plant. The phloem is another type of vascular tissue that transports sugars from the leaves to the rest of the plant. The ground tissue is the tissue that makes up the bulk of the plant. It is responsible for photosynthesis, storage, and support.
In the image, the xylem is the dark brown tissue that runs through the center of the stem. The phloem is the lighter colored tissue that surrounds the xylem. The ground tissue is the bulk of the stem, and it is made up of cells that contain chloroplasts.
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The complete question is:
Identify the plant tissues in the three images.
A. Is Dermal
B. Is Vascular
C. Is Ground
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The hypothesis that eukaryotic cells evolved from a symbiotic association of prokaryotes—endosymbiosis—is particularly well supported by studies of mitochondria and chloroplasts, which are thought to have evolved from bacteria living in large cells.
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Aseptic technique basically means that we are performing the transfer of the living microbes or preparing of media without introducing any contamination.
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Contamination is a major issue when we are culturing microorganisms. Bacterial cultures can get infected with colonies which we might not be identified and cause hinderances in our study.
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a little summary how ultraviolet light could be the answer to the future outbreak
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Ultraviolet light can be the answer to future outbreaks because it has the capability to kill the microorganisms present in air and thus can prevent the infectious diseases caused by them.
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Organization:
1. Is your organism unicellular or multicellular? Prokaryotic or Eukaryotic? Describe the cells.
2. What unique physical characteristics does it have? (Color, shape, size, body systems, etc.)
Response to Stimuli:
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A disease can be considered congenital if it is present at or before birth and results from genetic factors, prenatal development, or environmental exposures that occur during pregnancy.
Also called birth defects, congenital anomalies or congenital malformations, these conditions develop prenatally and may be identified before or at birth, or later in life. Congenital diseases can also be inherited from parents who carry the genetic mutations that cause the disease. Examples of congenital diseases include Down syndrome, cystic fibrosis, and congenital heart defects. In some cases, congenital diseases may not become apparent until later in life, but they are still considered congenital because they were present from birth.
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Answer:
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Causes elevated internal temperatures making a less hospitable environment for pathogens.
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Elevated internal temperatures can cause a less hospitable environment for pathogens. When the internal temperature of an organism rises, it creates an environment that is unfavorable for the growth and survival of pathogens.
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Another example is found in food preservation. In certain food processing techniques, such as cooking or pasteurization, raising the internal temperature of food can kill or inactivate harmful bacteria, viruses, and other pathogens. By subjecting the food to high temperatures, we create an environment that is inhospitable for these microorganisms, reducing the risk of foodborne illnesses.
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Genes:
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C. Make it impossible for a person to lose weight
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Genes predispose a person to being overweight or not.
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importance of blood circulation
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Answer:
Proper circulation is key for maintaining optimal health. It ensures that blood and oxygen continuously flow throughout the body, allowing every organ to function properly. It helps to heal wounds faster, it keeps your brain sharp, it keeps your heart healthy, and it even gives your complexion a natural flush.
Explanation:
would you mind to brainliest my answer?
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The metabolic pathway common to both fermentation and cellular respiration is glycolysis. Therefore, the answer to the question is a. Glycolysis.
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What dose Enzyme means
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Answer:
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Explanation:
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a. epididymis
b. seminiferous tubules
c. müllerian ducts
d. leydig cells
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Answers
Sertoli cells are located or housed in the seminiferous tubules.
Sertoli cells have various important functions, including:
Nourishment: They create a specialized microenvironment within the seminiferous tubules, supplying nutrients, growth factors, and other essential substances to developing sperm cells.
Sperm Maturation: Sertoli cells help facilitate the maturation of sperm cells, aiding in the process of sperm development and the acquisition of motility and fertility.
Sperm Protection: They form tight junctions with neighboring Sertoli cells, creating a blood-testis barrier that protects developing sperm cells from the immune system and harmful substances.
Hormone Secretion: Sertoli cells secrete various hormones and signaling molecules that regulate spermatogenesis, such as inhibin, which helps regulate the production of follicle-stimulating hormone (FSH) from the pituitary gland.
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If scientists were to use the sample in the future to determine whether life does or ever has existed on Mars, which characteristic of living things would they look for and why?
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Answer: They would look for DNA or thing that can be similar to human DNA
Explanation: I just love science that much
Answer:
They would look for DNA or thing that can be similar to human DNA
the cholesterol synthesized by cells uses which component of the glycolytic pathway as a starting point? glucose acetyl coa pyruvate carbon dioxide
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Glucose component of the glycolytic pathway as a starting point.
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Throughout all organisms' energy metabolism, glucose is by far the most significant energy source. In both plants and animals, glucose is stored as a polymer, mostly as starch and amylopectin in plants. Animals' blood contains glucose, which circulates as blood sugar. D-glucose, which occurs naturally, is more physiologically active than l-glucose, which is manufactured synthetically in much smaller quantities.
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The density of ocean water varies from place to place across the Earth. What factors control the density of ocean water?
A)
depth and salinity
Eliminate
B)
depth and temperature
salinity and life-forms
D)
salinity and temperature
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Answer: D. Salinity and Temperature
Explanation: Ocean water gets more dense as temperature goes down. So, the colder the water, the more dense it is. Good luck! :D
Answer:
D
Explanation:
salinity and tempature
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This pedigree chart shows autosomal recessive inheritance. Shaded individual shows autosomal recessive inheritance.
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which phrases describe non-foliated rocks
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Answer:
Non-foliated rocks have grains that are arranged randomly, and grains that do not split into layers.
Explanation:
I'm not sure what the question was asking, but I just gave phrases that described non-foliated rocks. I hope that helps?
Which one of the following correctly lists the order of the parts through which light passes as it enters the eye:
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Answers
Answer: C. cornea, aqueous humor, lens, vitreous humor
Explanation:
13. Complete the data table using the "Cellulose Model" from the last page. Data Table 4 Steps. Number of bonds broken (in section of cellulose show) Between 2 and 3 Between 3 and 4 Between 4 and 5. 102 Totals: Amount of Energy Released (kcal (# of bonds broken x 10 kcal)
Answers
The amount of energy released is calculated by multiplying the number of bonds broken in each section by 10 kcal.
The total number of bonds broken is 52, and the total amount of energy released is 520 kcal.
To complete Data Table 4 Steps, we need to calculate the number of bonds broken and the amount of energy released for each section of cellulose.
Number of bonds broken (in section of cellulose show):
Between 2 and 3: 17
Between 3 and 4: 21
Between 4 and 5: 14
To find the total number of bonds broken, we sum up the values for each section:
Total = 17 + 21 + 14 = 52
Now, we can calculate the amount of energy released by multiplying the number of bonds broken by 10 kcal:
Amount of Energy Released (kcal) = 52 x 10 = 520 kcal
The given content is asking for the completion of a data table using the "Cellulose Model" from a previous page. Specifically, the table is asking for the number of bonds broken between certain sections of cellulose and the corresponding amount of energy released in kilocalories (kcal).
The table has four steps, and for each step, the number of bonds broken needs to be recorded between two consecutive sections of cellulose. Finally, the total number of bonds broken in each section needs to be multiplied by 10 kcal to calculate the total amount of energy released.
The amount of energy released is calculated by multiplying the number of bonds broken in each section by 10 kcal. The total number of bonds broken is 52, and the total amount of energy released is 520 kcal.
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Explain the purpose of each of the control listed below. A.for each tube that was treated with lactase, a corresponding tube was set up with water added in place of lactase B. A control containing a known concentration of glucose C. A control containing lactose in place of formula or milk D. A control containing lactase and water
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A. For each tube treated with lactase, a corresponding tube with water added in place of lactase serves as a negative control. This control helps demonstrate the effect of lactase by comparing it to a sample without the enzyme. Any change in the experimental tubes can be attributed to the presence of lactase.
B. A control containing a known concentration of glucose serves as a reference or standard. This control allows you to calibrate your measurement method and ensure its accuracy in detecting glucose levels in other samples.
C. A control containing lactose in place of formula or milk is used to establish a baseline for lactose levels. This helps determine the effectiveness of lactase in breaking down lactose by comparing the lactose levels in the experimental samples with the control sample.
D. A control containing lactase and water serves as a positive control to verify that the lactase enzyme is functional and capable of breaking down lactose. This control ensures that any observed effects in the experimental samples are due to the enzyme's activity and not other factors.
Each of these controls is essential for accurate interpretation of the experimental results and establishing the effectiveness of lactase in breaking down lactose.
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you are stranded on an island with a large bag of grain and two egg laying chickens. Mathematically speaking what is your best eating strategy to have enough energy for survival? use 10% energy rule to support your claim
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Yes. Give the chickens all of the grain to consume, then do so. Eat the chickens eggs while feeding them all the cereal.
Are chickens able to consume cereal?It's acceptable to occasionally eat plain grains like unsweetened Shredded Wheat, Corn Chex, and Original Cheerios. Contrarily, cereals that have been sweetened and are vividly coloured have too much sugar and artificial colouring that poultry (and probably humans) shouldn't consume frequently.
What is the preferred energy source for chickens?All cells require the utilization of carbohydrates as a fuel source because they provide energy quickly. The majority of a chicken's diet is made up of carbohydrates. They are derived from grains of cereal. (corn, wheat, sorghum, barley, rye, millet, etc.)
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Identify the biological processes (and the organisms that perform them) involved in the nitrogen cycle (shown above).
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The nitrogen cycle is a biogeochemical cycle that describes the movement of nitrogen through the Earth's atmosphere, biosphere, geosphere, and hydrosphere.
What processes make up the nitrogen cycle?The cycle comprises the processes that convert nitrogen (N2) gas into various chemical forms usable to organisms and releases the nitrogen back into the atmosphere.
The main biological processes involved in the nitrogen cycle are:
Nitrogen fixation is the process by which atmospheric nitrogen is converted into a form that can be used by plants. This process is carried out by a variety of organisms, including bacteria, archaea, and lightning.Nitrification is the process by which ammonia is oxidized into nitrite and then nitrate. This process is carried out by bacteria.Denitrification is the process by which nitrate is reduced to nitrogen gas. This process is carried out by bacteria.The organisms that perform these processes are:
Nitrogen-fixing bacteria are bacteria that can convert atmospheric nitrogen into ammonia. These bacteria are found in the soil, in the roots of legumes, and in the atmosphere.Nitrifying bacteria are bacteria that convert ammonia into nitrite and then nitrate. These bacteria are found in the soil and in the water.Denitrifying bacteria are bacteria that convert nitrate into nitrogen gas. These bacteria are found in the soil and in the water.Find out more on nitrogen cycle here: https://brainly.com/question/1380063
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3. define the term plasmid and describe where these molecules occur in nature. what is the role of plasmids in spreading prokaryotic resistance to antibiotics
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A plasmid is a tiny, circular, double-stranded DNA molecule that differs from chromosomal DNA in a cell. Plasmids are naturally found in bacterial cells and in certain eukaryotes.
Plasmids can be transferred between bacteria. This indicates that a bacteria can develop resistance to many antibiotics at the same time by acquiring a single plasmid. They then develop multidrug resistance. Furthermore, plasmids usually include genes that regulate bacterial pathogenicity. They can be transmitted to other prokaryotes in a colony, occasionally transmitting survival genes.
A plasmid is a tiny extrachromosomal DNA molecule that exists within a cell and may multiply independently of chromosomal DNA. Plasmids are small circular, double-stranded DNA molecules that are most commonly found in bacteria; however, plasmids may also be found in archaea and eukaryotic cells.
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Which is a location you would expect mitosis but NOT meiosis to occur?
A) Plant ovary
B) Human ovary
C) Plant leaf
D) Human testes
Answers
because mitosis will produce an exact copy of the cell and meiosis is used for sex cells or gametes for genetic variation
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Answer:
lithium atom have three electron shells
GnEis stimulates the direct release of which hormones? Click ALL that apply! Hultiple answen: Multiple annwers are accrpted for this question a FSH b Estrogen c: Testonterone dishibin Sort the order of sperm travel from genesis (first) to e;aculation (last). Drakand drop options ines correct order and wemit. for kyboard navigation.... Efferent ductule ≡ Ductus Deferens ≡ Rete testis. ≡ Seminiferous tubules ≡ Straight tubule
Answers
GnEis stimulates the direct release of FSH and inhibin hormones. In terms of sperm travel, the correct order from genesis to ejaculation is as follows: seminiferous tubules, straight tubule, rete testis, efferent ductule, and ductus deferens.
GnEis, or Gonadotropin Releasing Hormone (GnRH) external infusion system, stimulates the direct release of certain hormones. In the given options, FSH (Follicle-Stimulating Hormone) and inhibin are the hormones that are directly released by GnEis. FSH plays a crucial role in the reproductive system by promoting the growth and development of follicles in the ovaries in females and supporting spermatogenesis in the testes in males. Inhibin, on the other hand, is released by both males and females and helps regulate the secretion of FSH.
Regarding the order of sperm travel from genesis to ejaculation, the correct sequence is as follows: First, the sperm is produced in the seminiferous tubules, which are located within the testes. From there, the sperm move into the straight tubule, which connects the seminiferous tubules to the rete testis. The rete testis is a network of tubules that receives sperm from the straight tubule and transports them further. The sperm then enter the efferent ductule, which connects the rete testis to the ductus deferens. Finally, the sperm pass through the ductus deferens (also known as the vas deferens) and reach the ejaculatory duct, which leads to ejaculation.
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Answers
Based on the provided data, we can determine the most likely ecological roles of the organisms regarding their mode of nutrition (autotroph or heterotroph) as follows:
Organism V: Autotroph. It is multicellular, indicating a complex structure that can support photosynthetic processes.
Organism W: Heterotroph. It is multicellular and lacks chloroplasts, suggesting it does not possess the ability to perform photosynthesis.
Organism X: Autotroph. It lacks multicellularity but has chloroplasts, which are responsible for photosynthesis in autotrophs.
Organism Y: Heterotroph. It is multicellular, lacks chloroplasts, and does not possess cilia, suggesting it relies on external food sources.
Organism Z: Heterotroph. It lacks multicellularity, does not have chloroplasts, and has a cell wall. These characteristics indicate a heterotrophic nature.
Model F is the best model for prokaryotic cell
Description of the best model of a prokaryotic cell: Cell Membrane, Cytoplasm, DNA, Nucleoid, Ribosomes, Cell Wall, Flagella, Fimbriae.
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The developing brain of a fetus contains substantial amounts of lipid material and depends on
Answers
Answer:
The developing brain of a fetus contains substantial amounts of lipids material and depends heavily on long chains of omega 3 and omega 6 fatty acids for its growth , function and structure.
Explanation: