Answer: d
Explanation: minerals are non-life
identify the anatomical structure A-F
Answer:
Option A: StifleOption B: ShoulderOption C: KneeOption D: CoronetOption E: PasternOption F: HockIf these are not part of your answer options or if something seems off, please let me know and I will do whatever needed to fix that.
Hope it helps.
If you could genetically engineer any species of organism, what would it be? Would it be a unicorn? A dog-cat hybrid? Your own personal pet giant? Choose any species—real or not—that your imagination desires!
Write a paragraph describing your species, what it looks like, and where it lives. Think of any inherited traits the species has that might help it survive in its environment. Thinking of these traits now can help you come up with allele combinations in the next step. Now describe your species in the answer space.
If we can genetically engineer any species of organism, it would be a human-fish hybrid.
A human-fish hybrid would have lungs as well as gills to breathe so that life can be also possible under water.
It would be revolutionary because humans would not be just restricted to land but also be able to explore deep seas and oceans and found new types of minerals and other hidden treasures in the deep seas and oceans.
If somehow land became unfertile or flood hits, human will still be able to cope up with that and if by some reason the land collapses or air became all polluted, we can still live underwater and make a new civilization.
This hybrid will also provide us the power of echolocation because of the sonar detection feature in most fishes.
This hybrid would also be able to talk to other fishes if fishes can talk to each other, it will basically be like a living mermaid just not the fin.
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Hemoglobin is a protein found in red blood cells of vertebrates and in the plasma of many invertebrates. The function of this protein is to transport oxygen throughout the body and to bring carbon dioxide back to be expelled from the organism. If the amino acid sequence of the protein is altered, the mutated protein is not as efficient at carrying oxygen as is the normal hemoglobin. Which argument is supported by this information?
The mutated hemoglobin protein can still carry carbon dioxide to be expelled from the organism.
Hemoglobin must be a simple molecule because it is found in both vertebrates and invertebrates.
Structural changes of hemoglobin affect its ability to carry oxygen, indicating that the shape of a protein is important to its function.
Normal hemoglobin must be a larger molecule than the mutated hemoglobin since it has sufficient space to attach to and carry both oxygen molecules and carbon dioxide molecules.
Hemoglobin is a protein found in the red blood cells of vertebrates and the plasma of many invertebrates. The function of hemoglobin is to carry oxygen throughout the body and to bring carbon dioxide back to be expelled from the organism. If the amino acid sequence of the protein is altered, the mutated protein is not as efficient at carrying oxygen as normal hemoglobin. Option three "Structural changes of hemoglobin affect its ability to carry oxygen, indicating that the shape of a protein is important to its function" the above argument is supported by this information.
Changes in the structure of hemoglobin protein can impact its oxygen-carrying capacity since the oxygen binding sites have been altered or removed due to the change in the amino acid sequence the protein shows less efficiency.
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Being flexible is an important step in meeting deadlines.
Deadlines are a way of organizing and completing things on time. Flexibility creates a lag. Hence, it is a false statement.
What is importance of deadlines?Deadlines are set to complete a particular task or work on time. It is important for a person to meet deadlines for his effective productivity. Deadlines provide a direction and course to the work.
Deadlines are important in achieving goals, completing targets and delivering services on time. Deadlines create an ambient environment to work in.
Deadlines help in organising work and creates a disciplinary atmosphere to follow it. It is one of the effective way of learning time management.
Thus, deadlines are the important part of a working system.
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what single characteristic of the selectively permeable membranes used in the laboratory determines the substances that can pass through them
Answer:
The single characteristic of the selectively permeable membranes used in the laboratory determines the substances that can pass through the size of pore.
Carbonic anhydrase is a protein present in red blood cells. It catalyzes a reaction to convert carbon dioxide into carbonic acid and bicarbonate ions so that CO2 waste may be more easily removed from the body.
What role does this protein play in the body?
Carbon dioxide is converted to carbonic acid and bicarbonate ions with the help of the enzyme carbonic anhydrase found in red blood cells. The same enzyme aids in converting the bicarbonate ions back to carbon dioxide when red blood cells go to the lungs, where they are exhaled.
What is the action of carbonic anhydrase?In humans, the primary function of carbonic anhydrase is to catalyze the transformation of carbon dioxide into carbonic acid and back again. However, it can also aid in the blood's transportation of CO2, which benefits breathing. Even the stomach's production of hydrochloric acid can use it.
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Features of mushroom 10 point
Earth is made up of four main spheres. The geosphere refers to the rocks, minerals, and natural landforms that make up Earth’s surface. What do you think makes up the hydrosphere? Why is the hydrosphere important to life on Earth?
The hydrosphere is composed of all water bodies. Water plays a crucial part in our daily lives, making the hydrosphere significant to life on earth since it provides watery habitat to a variety of plants and animals.
The total volume of water present on a planet is referred to as its hydrosphere. "Habitat is a term applied in ecology to express the collecting of resources, physical and biological qualities that occur in a specific given region to support a species' survival and reproduction,"
The five main habitat types are aquatic habitats, polar regions, mountains, grasslands, and deserts.
It encompasses both regions that are occasionally submerged in water and regions that are submerged in water permanently.
Hence, hydrosphere is made up of water bodies and it provides aquatic habitats to various organisms.
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Which of the following correctly relates the cell structure to its function in plant cells?
vacuole – protein synthesis
ribosome – waste disposal
nucleus – lipid storage
mitochondria – sugar conversion
Mitochondria sugar conversion correctly relates the cell structure to its function in a plant cell.
Cell:The cell is the basic unit of life. There are two types of cells plant cells and animal cells. animal cell do not have a cell wall. Vacuole is the membrane bound organelle.
A vacuole is an organelle performs various functions such as to store water, remove and store harmful foreign products and store nutrients such as lipids, proteins and carbohydrates.
Ribosomes are the complex cells found in living cell which helps in protein synthesis. Ribosomes have two more functions for protein synthesis in cell.
Nucleus is the located in the center of the cell. It contains genetic material of the cell. DNA is the genetic material found in eukaryotes and RNA is the genetic material in the Prokaryotes such as virus.
Mitochondria is the powerhouse of the cell. It produces energy from the glucose. ATP is the energy unit for a cell.
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Which characteristic of life is responsible for maintaining an organism's internal environment?
A. homeostasis
B. metabolism
C. response
D. heredity
Answer:
Homeostasis.
Living organisms regulate their internal environment to maintain the relatively narrow range of conditions needed for cell function.
Explanation:
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1. Explain how human activity other than deforestation may disrupt the natural carbon cycle.
2. Suggest how human disruption to the carbon cycle can be minimized
Human activities that disrupt the carbon cycle could be minimized by;
Decreasing deforestationReducing of not eliminating the use of fossil fuelsWhat is the carbon cycle?The carbon cycle refers to the process of the movement of carbon in nature. We know that materials such as elements and compounds move round the ecosystem in the biogeochemical cycles.
This entire process is balanced save for human interferences. Human interferences include deforestation which removes the natural carbon sinks and the use of fossil fuels which inflates the amount of carbon in the atmosphere.
We know that human activities have weighed down very heavily on the balance of carbon in nature and this has caused a lot of imbalance that have eventually let to a myriad of environmental challenges that exists on earth.
Human activities that disrupt the carbon cycle could be minimized by;
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Owen Unger, a 19-month-old male, is admitted to the hospital by his pediatrician, Dr. Curtis, after a chest x-ray confirmed the child has pneumonia. Dr. Curtis and Mrs. Unger, Owen’s mother, discuss the child’s fever, cough, and diarrhea. Mrs. Unger provides a pertinent PFSH. An extended problem-focused ROS is completed and an extended examination of the cardiovascular and respiratory systems is performed. The course of treatment planned by Dr. Curtis is straightforward as the child’s condition is of low severity. What is the principal diagnosis code?
Dr. Robert Koch discovered Mycobacterium tuberculosis in 1882. The illness was widespread and typically fatal. The disease affects victims in two ways, but quarantine in tuberculosis sanitariums, medical intervention, and code-based reporting systems significantly reduce cases.
Patients having symptomatic TB are known to have effects on various body areas.
Patients with latent TB don't feel ill, but if they don't get treatment, they could develop symptoms.
Patients with the illness typically have positive sputum and skin tests, abnormal chest X-rays, and may present the following symptoms, according to the Centers for Disease Control and Prevention (CDC):
a bad cough that lasts 3 weeks or longerpain in the chestcoughing up blood or sputumweakness or fatigueweight lossno appetitechillsfeversweating at nightICD-10-CM code sections A15 through A19 are reserved for diagnosis of tuberculosis caused by Mycobacterium tuberculosis or Mycobacterium Bovis. Look to P37.0 if congenital TB is the patient's diagnosis. R76.11 should be used to report a positive skin test for latent tuberculosis or for active disease. Through B90.x, the sequela may be reported. Report J65 if the patient has tuberculosis-related silicotuberculosis pneumoconiosis. For screening for respiratory tuberculosis, visit Z11.1. If the patient is a TB carrier, report Z22.
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Q. Is the following equation balanced?... Al + O2 --> 2Al2O
Answer: no
Explanation: balanced vers. 2Al+O2 =2AlO
What is the MOST frequent cause of slash and burn deforestation?
A. office buildings
B. canals like the Panama Canal
C. National Parks
D. agriculture
9. Why does it rain more in summer and less in winter in India?
Answer:
not just In India
Explanation:
the reason is that the Summer is more hot and warmer than the winter so the weather will evaporate and that's what cause the rain in the hot weather other than the winter which it already cold
How many glycosidic bonds would be needed to combine three monosaccharides together?
A.2
B.1
C. 3
The number of glycosidic bonds that will be required to combine three monosaccharides together is 2. The correct option is A.
What is glycosidic linkage?A glycosidic bond, also renowned as a glycosidic linkage, is a sort of covalent bond that connects one carbohydrate molecule to another, which may or may not be another carbohydrate.
When the hemiacetal of a saccharide reacts with the hydroxyl group of another substance, such as alcohol, a glycosidic bond is formed.
A glycosidic bond exists between sugar and nitrogen base in the DNA molecule.
The nitrogen-carbon linkage between the 9' nitrogen of purine bases or the 1' nitrogen of pyrimidine bases and the 1' carbon of the sugar group forms the glycosidic bond.
The count of glycosidic bonds requisite to link three monosaccharides with each other is two.
Thus, the correct option is A.
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Which of the following cells is formed by meiosis?
O A. A brain cell
O B. A bacterial cell
O C. A stem cell
• D. An egg cell
Answer:
D. An egg cell
Explanation:
Meiosis is the type of cell division that creates egg and sperm cells.
∴ The only answer stated from the statement is D.
20. If you are given a-10 g block of lead and a 10 g
block of aluminum, which block has the greater
volume?
F.
G.
H.
J.
Lead
Aluminum
They have the same volume because they
are both 10 g.
There is not enough information given.
Since the density of the metallic blocks were not given: there is not enough information given; option B
How are the volume of a 10 g block of lead and a 10 g block of aluminum determined?The volume of a substance is determined from the mass and the volume of the given substance.
The volume, mass and density of a substance are related by the formula below:
Volume = mass/densityThe mass of the aluminum = 10.0 g
density of aluminum is not given
The mass of the lead block = 10.0 g
density of lead is not given.
The volume can only be determined if the density of the metallic blocks were given.
Therefore, there is incomplete information given to determine which metallic block has the greater volume.
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Explain the role that certain environmental factors may have in the process of unregulated
cell division. Provide an example to support your response.
An extensive research has been done to understand the role of environmental factors in the process of unregulated cell division. Four scientists including Higginso, Muir, Doll and Peto in 1977 tried to explain that 80 percent of all types of cancer were caused due to environmental factors.
However, modern studies suggest that unregulated cell division results from both, environmental factors as well as genetics. Radiation, toxins and certain chemicals or drugs can lead to the development of cancer following unregulated cell division.
For example Ultraviolet (UV) radiation from the sun can cause various types of skin cancers including Basal cell carcinoma, Squamous carcinoma as well as Melanoma.
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Scientific reason for oil raising to the top of dyed water
Answer: Oil is lighter than water,
Explanation: therefore it floats on it. It would have sunk if it had been heavier than water like iron. Density is a measurement of the amount of mass per unit volume in an object.
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which location is most commonloy used by veterinary professionals to take a animals pulse
Answer:
The easiest way to take a pulse is to put your hand on the left side of your pet's chest where the elbow meets the chest. At this location, one should be able to feel the heart beating. Count how many times you feel the heartbeat for 15 seconds and then multiply by four to calculate beats per minute.
Explanation:
Answer:
On the left side of the animals chest
Explanation:
Which of these is part of the biosphere?
a. bees
b. sand
c. rivers
d. clouds
Answer:
c
Explanation:
The smooth endoplasmic reticulum is associated with the synthesis of which of the following classes of biomolecules?
A Proteins B Lipids C Carbohydrates D Nucleic Acids
Smooth ER is largely associated with lipids as well as the following:Phospholipids as in plasma membranes, and steroids.So the answer is (B)
Answer: the answer is A: proteins
Explanation:
What similarities and differences do you see between the bacteria in the human cells
Answer: The similarites are that both bacteria and human cells contain the cytoplasm in which the cell organelle is present. DNA is present as genetic material inside the cells of bacteria and human cells. The ribosomes are present inside the cells of bacteria and human cells. DNA replication, transcription, and translation occur in both the cell of humans as well as bacteria.
While the differences are well developed nucleus with nuclear envelope is present inside the human cell and absent in the bacteria cell. The size of ribosomes differ in human and bacterial cell. Transcription and translation is coupled in bacterial cell whereas separate in human cell. The cell membrane bound organelle is present in human and absent in bacteria.
Explanation:
what is the name for the rafflesia's organism
Small insects fall into the pitcher plant and can not climb out due to presence of
a) nutrients
b) decomposers
c) enzymes
d) stiff hair
Small insects fall into the pitcher plant and can not climb out due to presence of enzymes.
Because they don't rely on any other living thing to provide them with the energy they need to function, plants are the primary producers of an ecosystem.However, there are also several carnivorous plants that hunt a variety of small insects and bugs to consume them in order to obtain the essential energy.Similar to pitcher plants, which are also common carnivorous plants, pitcher plants hunt primarily using traps resembling jars and lids.When there are no insects or bugs sitting on the jar-like structure, it is always opened. A lid-shaped leaf tightly encloses the jar trap once the beetle or insect has settled on that jar-like structure.Additionally, the digestive enzyme fluid included within this trap aids in the digestion of the insects and other pests caught inside the plant.Therefore, option C. is correct.
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2. Upon being diagnosed with Cirrhosis of the liver, doctors urge patients to limit the amount of salt intake in their diet to help decrease the rate of scarring. During salt intake the blood becomes increasingly (hypertonic, hypotonic) to the interstitial fluid. Due to this osmotic imbalance, the liver cells become (hypertonic, hypotonic) to the interstitial fluid. This causes the liver cells to appear (shriveled, swollen). (3pt)
The liver also produces a protein called albumin, which is responsible for maintaining osmotic pressure inside the blood plasma compartment of the body. Over time scarring of the liver leads to a decreased production of this protein. When the levels fall, the blood plasma becomes (hypotonic, hypertonic) to the interstitial fluid. Due to this osmotic imbalance, the tissues become (hypertonic, hypotonic) which leads to fluid seeping from the legs and feet. (2pt)
The correct option about the states of the liver are:
HypertonichypertonicswollenhypotonichypotonicWhat are hypertonic and hypotonic solutions?Hypotonic solution are solutions that have lower solute concentration that the interior of a cell or the cytosol of the cell. Water flows into the cell when they are placed in hypotonic solutions.
Hypertonic solution are solutions that have higher solute concentration that the interior of a cell or the cytosol of the cell. Water flows out of the cell when they are placed in hypertonic solutions.
During salt intake the blood becomes increasingly hypertonic, to the interstitial fluid. Due to this osmotic imbalance, the liver cells become hypertonic to the interstitial fluid. This causes the liver cells to appear swollen.
The liver also produces a protein called albumin, which is responsible for maintaining osmotic pressure inside the blood plasma compartment of the body. Over time scarring of the liver leads to a decreased production of this protein. When the levels fall, the blood plasma becomes hypotonic, to the interstitial fluid. Due to this osmotic imbalance, the tissues become hypotonic which leads to fluid seeping from the legs and feet.
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Which element makes some rocks glow, helps oysters form pearls, and creates amazing cave formations?
The element which makes some rocks glow, helps oysters form pearls, and creates amazing cave formations is referred to as aragonite.
What is an Aragonite?This refers to an element which is similar to calcite as it also consists of calcium carbonate but however differs from it because it undergoes orthorhombic crystallization. It is formed from different biological and physical processes such as precipitation which goes on in the aquatic ecosystem.
This elements performs various functions in different substance such as making some rocks glow, helps oysters form pearls, and creates amazing cave formations.
This is therefore why aragonite was chosen as the most appropriate choice.
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what environment is the paulownia tree from?
Answer:
The paulownia is a native of the temperate forests of China.
What is used to trap light energy in plants?
Answer:
chlorophyll
Explanation:
this is right
Answer:
Chlorophyll.
Explanation:
Chlorophyll, located in chloroplasts in the leaves of a plant.
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