Answers
Answer:
1. Tar Roads: The qualities of Tar that makes it ideal for road construction are:
The tar-like material that is used for road construction is a combination (emulsion) of water and liquid asphalt. It serves the purpose of permeating and closing up small lacerations in the existing pavement.
When the emulsion sticks to the "gravel" it reduces the potential for vehicles to skid on the road thus enhancing safety. The "gravel-like" emulsion is applied by rolling and sweeping.
Qualities of Tar are:
Adhesive: its the ability to stick to surfaces including materials such as gravel which it holds together makes it great for road construction;Waterproof: It is not water-soluble. Hence is not easily susceptible to the effects of running water. Resistant to High Temperature: The melting point of Tar is 54 degrees centigrade. The ground can heat up to 45 degrees celsius thus making Tar perfect for road construction as it can remain rigid even in the worst temperatures.2. Iron Burglar Bars
Steel bars are made from iron. The qualities of steel which make it perfect for securing places and things are:
Strength; This is the ability to withstand breakage and or destruction. Toughness: Steel is very tough and can not easily bend or break under static loads. Weldability: Most steel bars are actually welded together. Without this ability, steel probably would be useless as a material that can be used for protectionDurability: The only factor that degrades steel is rust. Rust happens when steel is exposed to oxygen which can be found in air and water.3.) Plastic Furniture
The primary qualities of plastic that make them suitable for furniture are:
Chemical stability: It does not rust or degrade when exposed to weather elements such as oxygen, water, etc. Good impact resistance: Depending on its thickness, plastic can bear a lot of weight and can take a lot of impact without deforming or breaking Good transparency and wear resistance: Plastic can be made transparent. This quality is essential for aesthetic purposes and hence can be used for various kinds of good-looking furniture. As furniture, its surface does not come off like hence it's durability.Low thermal conductivity: This means that it can bear heat without transmitting it easily. Ability to General formability, good coloring, low processing cost.4) Metal Jewellery
One of the best metals for jewelery is Tungsten. This is so because it is more durable and stronger than any other kind of material that can be used for jewelery purposes. It is about ten times harder than 18K gold and about four times harder than titanium. Other materials that can be used are:
titaniumstainless steel and cobalt5) Clay
In it's raw form, clay used for building might not be the best idea as it susceptible to water absorption and hence deformation which generally leads to a collapse of the structure. However, it becomes an excellent material of choice after it has been hardened into brick.
Brick is preferred in construction due to the following qualities:
hardnessHigh Compressive strength, Low Water AbsorptionFrost resistanceFireproofGreat Insulation6) Cotton is usually preferred as the material of choice for most kinds of clothing due to the following qualities:
Softness. The cotton plant is soft and fluffy and results in a fabric often retains that soft feel. Durability: Its molecular structure makes it able to last very long. Absorbency: it is able to absorb moisture/water. Hence making it more comfortable than synthetic materials High Dye Tolerance: Ability to hold dye well is an indespensable quality of a good fabric. You don't want to have a fabric whose colours are quick to fade. Breathability: This reduces is very important especially during summer or when the weather or environment is very hot.Cheers
The tar is roads that have quantities to make them deal with the construction. The liquid is a mix of asphalt and can be adhesive and waterproof.
The iron bars are used for securing the place and things. plastic furniture is used to make suitable furniture and is used for chemical stability etc. The metal jeweler is of titanium, cobalt and stainless steelLearn more about the following minerals.
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Related Questions
the atmosphere is held together by
Answers
Answer: Earths Gravitational Attraction.
Explanation:
The atmosphere is held together by Earth's Gravitational force of attraction.
What is gravitational attraction?
Gravitational attraction is the force of attraction between all masses in the universe; especially the attraction of the earth's mass for bodies near its surface.
This force of attraction holds every object in the universe, including the atmosphere.
Thus, the atmosphere is held together by Earth's Gravitational force of attraction.
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How does a change in the DNA sequence affect the amino acid produced during translation?
A) A change in the DNA sequence sometimes changes the RNA sequence, which could lead to a different amino acid during translation.
B) A change in the DNA sequence does not affect the RNA sequence, but may lead to a change in the amino acid sequence.
C) A change in the DNA sequence changes the RNA sequence, which sometimes leads to a change in the resulting amino acid
D) A change in the DNA sequence results in a change to the RNA sequence, but does not change the amino acid created.
Answers
When the DNA or RNA sequences are altered, the resultant amino acid can occasionally change as a result. A completely new sequence of amino acids may be produced as a result of how the ribosome interprets the mRNA sequence.
The amino acid sequence of the protein that the gene codes for can be altered by changes to the DNA sequence of that gene, a process known as mutation. A single DNA letter can change in a point mutation. They can be divided into three categories: Missense mutations alter a protein's single amino acid. DNA sequence modifications are known as mutations. Viral infection, mutagen exposure, or errors in DNA replication during cell division can all lead to mutations.
As a result, option C, which reads: "A change in the DNA sequence affects the RNA sequence, which occasionally results in a change in the resultant amino acid," is the right statement.
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What type of mutation does the model demonstrate
Answers
The model depicts a mutation to a gene's partial base sequence. The model demonstrates mutations of the insertion kind.
Which of the four mutation kinds are they?There are many different kinds of mutations, including translocation, insertion, deletion, and replacement. The entire gene sequence after the mutation will be misread if a mutation alters this regular reading frame.
This may lead to incorrect amino acids being added to the protein or the development of a codon that prevents the protein from getting longer. any alteration to a cell's DNA sequence. Mistakes in cell division can result in mutations, as can exposure to environmental DNA-damaging substances. Mutations can be advantageous or detrimental.
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Correct Question:
The model shows a mutation to a partial sequence of bases in a gene. Which type of mutation does the model demonstrate?
Drag the tiles to the correct boxes to complete the pairs. Math the modes of transport to the molecules
carrier proteins
osmosis
active transport
simple diffusion
Answers
The mode of transport and the molecules are as follows;
Carrier proteins → Charged amino acid
Osmosis → Water molecule
Active transport → Calcium
Simple diffusion → Oxygen
Exocytosis → Protein from the Golgi apparatus
What are carrier proteins?Carrier proteins play a vital role in moving ions, small molecules, or macromolecules across a biological membrane.
Charged amino acids require these proteins for transport as they cannot pass through the lipid bilayer unaided due to their charge.
The above answer is based on the full question below;
Match the modes of transport to the molecules.
carrier proteins
osmosis
active transport
simple diffusion
exocytosis
oxygen
water molecule
charged amino acid
calcium
moves from low concentration to high concentration
protein from the Golgi apparatus
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Which of these is an example of elemental carbon?
A.
Diamond
B.
Methane
C.
Proteins
Answers
The example of elemental carbon is diamond and it is pure form of carbon. Thus, option A is correct.
What is elemental carbon?Elemental carbon is pure form of carbon and it does not contain other elements and present in natural form. Due to this reason it is known as elemental.
In elemental form pure atoms are not attached to any other atom. Example is diamond which is allotrope of carbon in which there is only carbon atom attached to each other.
Methane and proteins are compounds consist of a combination of carbon and other elements and they are not come in category of elemental carbon.
Therefore,the example of elemental carbon is diamond and it is pure form of carbon. Thus, option A is correct.
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(Please Help!) The image above makes a statement about the relationship between geology and biology. Explain what this relationship is
Answers
Answer: Geology is the study of the earth. Biology is the study of life. The two are inextricably interlinked. Recent work has shown that life formed extremely quickly on this planet and that since it formed it has shaped the environment in very profound ways. For example early life generated our oxygen rich atmosphere.
There are specific subdiciplines of geology that are heavily oriented towards biology. These include paleontology, paleobotany and paleoecology.
There are a number of rocks that are created predominantly by biological processes. Limestone is the principle example. Life also created our planet's coal and petroleum resources. These resources exist because life was so abundant that the environment's ability to 'eat' the surplus was outstripped.
||DONT USE IN EXACT WORDS...I ADVISE YOU NOT TO..PLAGARISM MAY BE DETECTED...YOU MAY LOOSE POINTS FOR THIS REASON.||
Protein kinase is an enzyme that promotes phosphorylation of target proteins at specific sites, whereas protein phosphatase catalyzes the removal of a phosphate from a phosphorlated protein. phosphorylation and dephosphorylaytion can function as an on-off switch for a protein's activity, most likely through:
A) the removal of one or more peptides
B) A change in the active site structure
C) A change in the optimal temperature at which a chemical reaction will occur
D) A change in the optimal pH at which a reaction will occur
Answers
11th-grade science is really hard can someone help me...
Answers
Considering the image given in the missing features or the features that won't be found in the Offspring are given as
Solid fur and spotted fur
This is further explained below.
What is genetics?Generally, The study of genes, genetic diversity, and the inheritance patterns of organisms is the focus of the biological discipline known as genetics.
Gregor Mendel, an Augustinian monk from Moravia who lived and worked in Brno throughout the 19th century, is credited with being the first person to conduct genetic research using a scientific approach.
In conclusion, considering the image given in the question below we can see that the tail and the body of the two rats are quite dissimilar and therefore they have variant features to pass on to their offspring therefore the features that are not found in both animals won't be won't be passed on to their offspring,
As a result, the traits that are absent or that won't be present in the offspring are described as solid fur and spotty fur.
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what is the meaning of involuntary action
Answers
Involuntary actions is when something happens unintentionally or without a person's conscious control, it is said to be occurring involuntarily
What is Involuntary actions?When something happens unintentionally or without a person's conscious control, it is said to be occurring involuntarily. Usually, the autonomic nervous system or reflexive reactions control these actions.
In contrast to voluntary acts, which may be controlled consciously, involuntary actions occur without conscious thought or intentional decision-making.
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What does f(10) represent? The number of dollars it costs for 10 people to rent the house The number of houses that can be rented for 10 days The number of days the house can be rented for a cost of $250 The number of dollars it costs to rent the house for 10 days
The total cost f(x), in dollars, for renting a vacation house for x days is shown:
f(x) = 10 + 250x
Answers
The function f(x) = 10 + 250x represents the total cost, in dollars, for renting a vacation house for x days. In this case, f(10) represents the cost of renting the house for 10 days, which can be calculated as 10 + 250(10) = 2510 dollars. Option 4 is correct.
To find out what f(10) represents, we simply substitute 10 for x in the given function:
f(10) = 10 + 250(10)
f(10) = 10 + 2500
f(10) = 2510
This function can be used to calculate the total cost of renting the house for any number of days, making it a useful tool for budgeting and planning purposes. Hence option 4 is correct.
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--The complete Question is, What does f(10) represent?
The number of dollars it costs for 10 people to rent the house The number of houses that can be rented for 10 days The number of days the house can be rented for a cost of $250 The number of dollars it costs to rent the house for 10 daysThe total cost f(x), in dollars, for renting a vacation house for x days is shown: f(x) = 10 + 250x --
The genotype dd is considered what? (2 words)
Answers
Answer:
recessive hope this is helps
Explanation:
Answer:
recessive dimple
Explanation:
Frank has Klinefelter syndrome (47,XXY) His mother has normal skin, but his father has anhidrotic ectodermal dysplasia; X-linked condition where the skin does not contain sweat glands. Frank has patches of normal skin and patches of skin without sweat glands_ Complete the sentences_ Some answers may be used more than once Or not at all:
Answers
Frank received the mutant chromosome from his father. Nondisjunction occurred in his father during the father meiotic division.
Hyperhidrotic ectodermal dysplasia is indeed a genetic disorder caused by mutations in one or more genes. EDA, EDAR, EDARADD, as well as WNT10A are examples. The most major reason of the disorder is EDA gene mutations, which make up more than half of any and all cases.
Nondisjunction would have happened during meiosis I. Because at that point, the chromosomes (rather than chromatids) separate. Both XY chromatids would've have gone into the a single cell during separation. So, during meiosis II, when XY chromosome sperm fuses with X chromosome egg, the daughter cell will have a XXY genotype, which really is klinefelter syndrome. Some notable examples include: Down syndrome is caused by a trisomy of autosomes, specifically chromosome 21. It has an extra chromosome 21.
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On a weather map, wind speeds are related to____.
A. the location of elevation changes
B. the spacing of isobars
C.the spacing of isotherms
D. the location of fronts
Answers
According to the endosymbiotic theory, large prokaryotic cells may have
engulfed smaller prokaryotic cells over 1.5 billion years ago. If the smaller
cells survived, the larger cells may have eventually evolved into eukaryotic
cells.
Which of the following relationships is most like the relationship between the
original prokaryotic cells?
Answers
Answer:
A
Explanation:
The relationship between the original prokaryotic cells in this scenario can be compared to a predator-prey relationship, where the larger prokaryotic cell acted as the predator and the smaller prokaryotic cell acted as the prey.
What is prokaryotic cell?A prokaryotic cell is a type of cell that lacks a nucleus and other membrane-bound organelles. These cells are typically small and simple in structure, and they are found in bacteria and archaea. Prokaryotic cells contain a single circular DNA molecule that is not enclosed by a membrane, and they also have a cell membrane and a cell wall. Some prokaryotic cells may have additional structures, such as flagella for movement or pili for attachment, but they do not have the complex internal compartments and structures seen in eukaryotic cells. Prokaryotic cells are important for many biological processes, including nutrient cycling, disease, and biotechnology.
Here,
The larger prokaryotic cell engulfed the smaller prokaryotic cell, and if the smaller cell survived, it became a symbiont living inside the larger cell. Over time, the two cells evolved to form a single, more complex organism, which ultimately gave rise to eukaryotic cells.
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Relative Humidity (%)
Heat Index
Temperature (°F)
80 82 84 86 88 90 92 94 96 98 100 102 104 106 118 110
40 80 81 83 85 88 91 94 97 101 105 109 114 119 124 130 136
45 80 82 84 87 89 93 96 100 104 109 114 119 124 130 137
50 81 83 85
88 91 95 99 103 108 113 118 124 131 137
55 81 84 86 89 93
97 101 106 112 117 124 130 137
60182 B
60 82 84 88 91
95 100 105 110 116 123 129 137
65 82 85 89
93
98 103 108 114 121 128 136
70 83 86 90 95 100 105 112 119 126 134
70 83 86 on
75 84 88 92
97 103 109 116 124 132
80 84 89 94 100 106 113 121 129
85 85 90 96 102 110 117 126 135
90 86 91 98 105 113 122 131
95 | 86 93 100 108 117 127
100 87 95 103 112 121 132
Likelihood of Heat Disorders with Prolonged Exposure or Strenuous Activity
Caution Extreme Caution
Danger
External Danger
1. Look at the figure above. What's the relative humidity percentage when the "real feel" is 108°F and the temperature is 96°F?
O A. 40
O B. 65
O C. 95
D. 50
Answers
Answer:
D 50% is the correct answer
Can someone help me with this question ?
Answers
Answer:
its A: they push or pull without touching the object
Explanation:
Someone correct me if I'm wekng please
Answer:
A.
Explanation:
PLEASE ANSWER ASAP FOR BRIANLEST!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
Text:
What is selective breeding?
Long before scientists had technology to manipulate genes, people used selective breeding to manipulate mating. Selective breeding, also called artificial selection, is the process by which humans artificially select plants or animals that are going to breed and flourish according to what we want from them. The process of selective breeding starts with selecting the animals or plants that have the best characteristics. Then force them to breed with one another. Later, select the best of the offspring and combine them with the best you already have and breed again. The process then continues over several generations to develop the desired traits.
What are the benefits to selective breeding?
Selective breeding is an extremely helpful technique that has been used for hundreds of years. In terms of farming, we use this process to develop the best features: maximum yield (or the most possible product), good health and disease resistance. This is done with cows to make more and better tasting milk. We have increased the number of eggs and the size of eggs each hen can produce. In terms of plants, we have selectively bred wheat to be resistant to disease.
This has also helped people who race horses. They are able to combine the fastest, strongest, or highest jumping horse to have the best chance of winning. Humans have also worked to make cats that are hypoallergenic (meaning they don’t cause allergic reactions. They wed out cats that cause allergies and breed cats that produce the smallest reactions.
Breeders use this to make sure that pedigree dogs remain pure bred. This is done purely for physical appearance to ensure wins at dog shows. They have a similar process to create exotic animals like ligers. They cross 2 different species: a tiger and a lion to create this hybrid, or combination of two organisms.
What are disadvantages to selective breeding?
All of the advantages for selective breeding are for humans. Because of this, there are many disadvantages for the animals. In all cases, the gene pool, the number of possible alleles, is reduced. This is because the species are getting the same “best” genes all the time. This is bad because if a new disease appears, all of the species can be wiped out. In general, there is a large amount of variation in a species that gives some resistance to a disease. However, with selective breeding, they are very closely related to one another. So, if one is affected, they probably all will be. Hybrids that humans make are generally sterile, meaning they cannot produce offspring. Purebred dogs can also have very bad health problems because of their small gene pool.
Answers
5. Consider a system consisting of an egg in an incubator. The white and yolk of the egg contain proteins, carbohydrates, and lipids. If fertilized, the egg is transformed from a single cell to a complex organism. Discuss this irreversible process in terms of the entropy changes in the system, surroundings, and universe. Be sure that you first clearly define the system and surroundings.
Answers
Answer:
According to the question, we could consider the developing chick as the system and the surrounding of this system would be nutrients, external environment, or world and eggshell that affects the system. The entropy of the system decreases with the transformation of the development of the cell into a chick drastically.
In this system initially, it has a low entropy condition as it the surrounding have complex fuel molecule compare to the system, however, during the period of incubation the complex molecule of surrounding fuel release in the high quantity of CO2 and water molecules and leads to the higher entropy of surrounding than the decrease in the entropy of the system.
From dorsal to ventral, what is the correct order of these organs
A. Gut, nerve cord, notochord
B. Notochord, nerve cord, gut
C. Nerve cord, gut, notochord
D. Nerve cord, notochord, gut
Answers
Answer:D. Nerve cord, notochord, gut
In E. coli, what other protein(s) is(are) induced along with beta galactosidase?a. CAMP b. lac repressor c. CAP d. galactoside permease e. All of the above. f. None of the above.
Answers
Answer:None of the above
Explanation:
Lactose operon is also called lac operon it is a protein that allows for breakdown and metabolism of lactose when glucose is not available. Glucose is the main carbon source but when it is not available, lactose is been broken down for metabolism activity.
lac operon helps in effective digestion of lactose through the activity of beta-galactosidase.
Beta galactosidase is a gene product of lacZ which cleaves lactose, into glucose and galactose.
What happens to the cells located in the apical meristem of a root as the root grows downward?
Answers
As the cells located in the apical meristem of a root grow downward, the cells continue to divide and produce more unspecialised cells (option B).
What are apical meristem?Apical meristems are the growth region in plants found within the root tips and the tips of the new shoots and leaves.
Apical meristem is one of three types of meristem, or tissue which can differentiate into different cell types. Meristem is the tissue in which growth occurs in plants.
The root apical meristem is protected as it passes through the soil by an outer region of living parenchyma cells called the root cap.
As the cells of the root cap are destroyed and sloughed off, new cells are added by a special internal layer of meristematic cells called the calyptrogen.
Therefore, as the cells of the apical meristem grow downward, the cells continually divide to produce unspecialised cells.
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Histoplasmosis is a disease of
Answers
Answer:
Histoplasmosis is an infection caused by a fungus called Histoplasma. The fungus lives in the environment, particularly in soil that contains large amounts of bird or bat droppings.Got it from the internet.
1 pts
Question 5
Time Runnin
Attempt due: 0
4 Minutes,
Which of the following statements uses the term variation
correctly?
A population has variation in its number of individuals
There is variation in the number of traits a population has
A population has variation in height
An individual has variation in heignt
Answers
Answer:
there is variation in the number of traits
Explanation:
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hope dis helps
Q5.
can be called as a keystone species because its important food-web connections
(a) Seagull
(b) Chiton
(c) Plankton
(d) Crab
Answers
Answer:
a
Explanation:
Problem B: Diabetes is a disease affecting the insulin producing glands of the pancreas. If there is not enough insulin being produced by these cells, the amount of glucose in the blood will remain high.
Answers
Diabetes is a disease that occurs when the pancreas doesn't produce enough insulin, resulting in high blood glucose levels.
Diabetes is a medical condition that impacts the insulin-producing glands of the pancreas. The pancreas plays a crucial role in regulating blood glucose levels by producing insulin. Insulin allows glucose to enter cells, providing them with energy. In diabetes, insufficient insulin production leads to elevated levels of glucose in the bloodstream, a condition known as hyperglycemia.Without enough insulin, glucose cannot be effectively transported into cells, resulting in its accumulation in the bloodstream. This leads to persistent high blood glucose levels, which can have various detrimental effects on the body over time. Complications of uncontrolled diabetes may include damage to blood vessels, nerves, and organs.Managing diabetes typically involves interventions like insulin therapy, medication, dietary adjustments, and lifestyle modifications to regulate blood glucose levels and minimize associated complications. Regular monitoring and appropriate management are crucial to maintaining optimal blood glucose control and overall well-being for individuals with diabetes.For more such questions on Diabetes:
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how do i sikp vids on edgenuit. y
Answers
Answer:
You don't skip vids because you can't. It puts you back one second.
Explanation:
This is an exploit that does not work. There is a way to skip one vid though, you watch a little bit, go to the home page, and then go back into the lesson and you can skip a vid. Hope this helps!
HELP FAST PLEASE HELPPP
This is a unicellular protist called euglena. It lives in the water and swims around using the long flagella you see on one end. What do you, a complex multicellular human, have in common with the euglena?
They both can move.
Our cells are exactly the same.
Human cells move around using flagella.
The cells of multi cellular organisms must be in water also.
Answers
3. Using the sources given, identify the electric charge in this atom.
A. -4
B. 0
C. +4
D. +1
Answers
Answer:
+4
Explanation:
The electric charge in this atom is 0. The correct option is B.
What is electric charge?An electrical charge occurs in a matter atom when the number of protons in the nucleus differs from the number of electrons surrounding that nucleus.
The atom has a negative charge if there are more electrons than protons. a matter of fact.
When charged matter is placed in an electromagnetic field, it experiences a force due to its physical property of electric charge.
A positive or negative electric charge can exist. Like charges repel one another, while unlike charges attract one another.
In the given image, the number of protons are equal to number of electrons, so it can be said that the net charge of the atom is 0.
Thus, the correct option is B.
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Why does your heart have to pump your blood to your lungs BEFORE it can pump it to the rest of the body? Will mark brainiest please explain or I will flag. :)
THANKS
Answers
Answer:
Explanation:
Why does your heart have to pump your blood to your lungs BEFORE it can pump it to the rest of the body?
The right side of your heart receives oxygen-poor blood from your veins and pumps it to your lungs, where it picks up oxygen and gets rid of carbon dioxide. The left side of your heart receives oxygen-rich blood from your lungs and pumps it through your arteries to the rest of your body.
what is responsible for pumping blood to the lungs?
The oxygen-poor blood fills the right atrium and then flows to the right ventricle, where it is pumped to the lungs through the pulmonary arteries. The lungs refresh the blood with a new supply of oxygen, which comes from the air that you breathe in.
I need you to make riddles with the following 7 words. Each riddle should have four lines where the last line is "what/who am I?" these are the words the work is about biology so try to make it deep.
-cancer
-ligament
-osteoporosis
-osteomalacia
-achondroplasia
-ostemilitis
-osteogenic sarcoma
Answers
I am the silent thief, consuming life's essence,
A symbol of chaos, I breed in the dark,
Cells divide uncontrollably, my mark,
Cancer, the destroyer, a ruthless presence in disguise.
In the body I connect, strong and true,
Supporting movements, aiding you,
Flexible yet firm, holding tight,
Ligament, the guardian, in shadows out of sight.
Brittle bones crumble, a silent decay,
Weakening structure, as time slips away,
Fragility reigns, a fortress breached,
Osteoporosis, the thief, silently reached.
Softness pervades, my presence felt,
Bones malformed, as strength slowly melts,
Whispers of pain with each step I tread,
Osteomalacia, the ghost, lingering with dread.
In stature I falter, a different form,
A genetic tale, an anomaly born,
Limbs limited, yet spirits strong,
Achondroplasia, the challenge, that shapes me lifelong.
Inflammation festers, a battle unseen,
Bone becomes battlefield, engulfed in routine,
Infection's grip tightens, as warriors engage,
Osteomyelitis, the warzone, with each passing age.
From the depths I emerge, a dark, vile spawn,
Tumor invades bone, a menace withdrawn,
Cells rebel, multiply, taking hold,
Osteogenic sarcoma, the demon, fierce and bold.
1. Cancer:
I am the silent thief, consuming life's essence,
A symbol of chaos, I breed in the dark,
Cells divide uncontrollably, my mark,
What am I?
2. Ligament:
In the body I connect, strong and true,
Supporting movements, aiding you,
Flexible yet firm, holding tight,
Who am I?
3. Osteoporosis:
Brittle bones crumble, a silent decay,
Weakening structure, as time slips away,
Fragility reigns, a fortress breached,
What am I?
4. Osteomalacia:
Softness pervades, my presence felt,
Bones malformed, as strength slowly melts,
Whispers of pain with each step I tread,
Who am I?
5. Achondroplasia:
In stature I falter, a different form,
A genetic tale, an anomaly born,
Limbs limited, yet spirits strong,
What am I?
6. Osteomyelitis:
Inflammation festers, a battle unseen,
Bone becomes battlefield, engulfed in routine,
Infection's grip tightens, as warriors engage,
What am I?
7. Osteogenic Sarcoma:
From the depths I emerge, a dark, vile spawn,
Tumor invades bone, a menace withdrawn,
Cells rebel, multiply, taking hold,
What am I?
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