What specific part of the clavicle attaches to the scapula.
Answers
Answer: The specific part of the clavicle that attaches to the scapula is the acromion process.
The specific part of the clavicle that attaches to the scapula is the acromion process.
The acromion process is a part of the scapula bone that forms a bony arch over the shoulder joint, and it is where the clavicle attaches to the scapula.
This attachment forms the acromioclavicular joint, which is an important joint for shoulder movement.
The clavicle is also known as the collarbone, and it is a long, thin bone that runs horizontally between the sternum and the scapula.
The clavicle acts as a strut to hold the shoulder blade away from the thorax so that the arm has maximum range of motion. It also helps to protect important structures such as the brachial plexus, subclavian artery, and vein.
The scapula, also known as the shoulder blade, is a triangular-shaped bone that sits on the back of the thorax. It is located between the second and seventh ribs and it provides a surface for muscle attachment.
The scapula is also an important bone for shoulder movement and it helps to stabilize the shoulder joint.
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Related Questions
The idea that the earth contains a wide variety of life forms, and that humans have developed as a result of the interaction of heredity and environment, was proposed by
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The idea that the earth contains a wide variety of life forms, and that humans have developed as a result of the interaction of heredity and environment, was proposed by Charles Darwin.
Natural selection is the process hypothesized by Darwin for evolution. Because limited resources exist in nature, animals with heritable features that benefit survival and reproduction leave more offspring than their counterparts, leading the traits to become more common over generations.
Natural selection enables populations to become increasingly acclimated, or well-suited, to their environments through time. Natural selection is influenced by the environment and needs heritable variation in a population.
Environmental and predation forces, for example, can have varying effects on how animals exposed to them develop. displays the three forms of evolution: divergent, convergent, and parallel.
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What are chromosomes? how are chromosomes different from chromatin? why does the dna condense into chromosomes during dna replication?
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Numerous structures found in our cells are necessary for life. The chromosome is one of these essential components.
Every cell in our body has a nucleus where chromosomes are housed. Chromosomes are formed of DNA that is tightly wound around proteins.
What are chromosomes and what do they do?The highest level of DNA and protein organisation is seen in chromosomes. Chromosomes' primary job is to carry DNA and pass genetic material from one generation to the next. Cell division involves the critical function of chromosomes. They guard against tangles and damage to the DNA.What distinguishes chromosomes from chromatin?The primary distinction between chromatin and chromosomes is that the former is made up of the DNA double helix's maximum condensed structure, whereas the latter is made up of the DNA double helix's unravelled structure for the purpose of packing into the nucleus.
Why must DNA be condensed into chromosomes?DNA tangling and damage are prevented during cell division by packing DNA into chromosomes.
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Cells that have lots of gap junctions must have which of the following properties? Pick one answer
A. They must be able to resist large amounts of shearing forces.
B. They must be able to communicate with each other very rapidly.
C They must be able to form a barrier.
D. They must be able to recycle chemicals that they have released.
Answers
Answer:the correct answer is c because they must form a barrier to prevent the gaps from interfiering with bonding with atoms.
Explanation:
Answer:
Gap junctions are specialized channels that allow direct communication and transfer of small molecules and ions between adjacent cells option A is the correct answer
Explanation:
Gap junctions are composed of connexin proteins that form hexagonal channels, also known as connexons, in the cell membranes of adjacent cells. The connexons of two neighboring cells come together to form a gap junction, creating a direct pathway for communication between the two cells.
Research on gap junctions has led to the development of drugs that can modulate their function, which may have therapeutic applications for various diseases. Additionally, advances in imaging techniques have allowed for the visualization of gap junctions in live cells, providing insights into their structure and function.
In conclusion, gap junctions play a crucial role in intercellular communication, and their study has led to important insights into various physiological processes and disease mechanisms. Further research on gap junctions may lead to the development of new therapeutic approaches for various diseases.
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a. (10) let palindromedfa be the language of all encoded dfas that accept sr if they accept s. prove that palindromedfa is a turing-decidable language.
Answers
A palindrome is a sequence of words, numbers, phrases, or other symbols, read back and forth as follows:the words madam or racecar, the date/time stamps 11/11/11 11:11
S = {(M) | M is a DFA that accepts w whenever it accepts the inverse of w.}
DFA example on S:
A DFA that accepts any string.
To show that S is decidable, we construct the determinant D of S as
TM A) to determine the EQDF:
D = “On input (M)
1. Construct an NFA M' such that L(M') = {ωˣ| ω ∈ L(M)}
2. Convert M' into an equivalent DFA Mⁿ
3. Use C to compare L(Mⁿ) and L(M)
4. If L(Mⁿ) = L(M), accept. Else, reject.
In the TM above, step 1 can be done by transforming M to M'.
in finite steps.
The idea is to (i) reverse the direction of all transition arrows in M, and (ii) create new state q' in M', and connect q'.
For each original final state of M with an ε-transition,
(iii) Make the original starting state of M the final state of M'. Easy to check that L(M') = {ωˣ |ω ∈ L(M)}.
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Carbaminohemoglobin is formed in the
Select one:
a.
nephron from the breakdown of amino acids.
b.
large intestine by E. Coli.
c.
alveolus when excess oxygen is present.
d.
capillary for the transport of carbon dioxide.
Answers
Answer:
The correct answer is d. Carbaminohemoglobin is formed in the capillary for the transport of carbon dioxide. Carbaminohemoglobin is a compound formed by the binding of carbon dioxide to hemoglobin, which occurs primarily in the capillaries of tissues. When carbon dioxide is produced as a waste product of cellular respiration, it diffuses out of the cells and into the capillaries. It then binds to hemoglobin in red blood cells, forming carbaminohemoglobin, which is transported back to the lungs for elimination during exhalation.
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Question 20/30
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What is the main function of a vacuole?
A Storage of water
B Synthesis of energy
Replication of DNA
D
Formation of proteins
I need help
Answers
I think the answer is
A.storage of water
What is Florida’s state tree (don’t search guess)
Answers
Sabal Palm.
I used to live in Florida so hopefully I’m correct.
Answer:
A Peach Tree
Explanation:
They have a Peach Tree on there state sign
5 External adaptation of a bird
Answers
In addition to the three histidine residues coordinated with Zn(II) in carbonic anhydrase, a fourth histidine residue is also important for the enzyme's function, The role of this fourth histidine residue is... (select all that apply) ...to provide a fourth ligand for the Zn(ll) when the hydroxide reacts with the carbon dioxide ...to neutralize the negative charge on the hydroxide ion bound to the Zn(ul) ...to enhance binding of the three histidine residues to the Zn(II) ...to shuttle protons to and from the active site ...to provide a positive charge that enhances the binding of the carbon dioxide substrate ...to make the transition state less unstable
Answers
The fourth histidine residue in carbonic anhydrase serves multiple roles, including providing a fourth ligand for the Zn(II), enhancing the binding of the three histidine residues to the metal ion, and neutralizing the negative charge on the hydroxide ion bound to Zn(II).
The fourth histidine residue in carbonic anhydrase plays a crucial role in the enzyme's function. One of its functions is to provide a fourth ligand for the Zn(II) ion when the hydroxide ion reacts with carbon dioxide (CO2). This coordination is important for the catalytic activity of the enzyme. Additionally, the fourth histidine residue helps in enhancing the binding of the three other histidine residues to the Zn(II) ion. This coordination strengthens the interaction between the enzyme and the metal ion, facilitating its catalytic function. Another role of the fourth histidine residue is to neutralize the negative charge on the hydroxide ion bound to the Zn(II) ion. By neutralizing this charge, the histidine residue stabilizes the hydroxide ion, which is a key component in the enzyme's catalytic mechanism. However, the fourth histidine residue in carbonic anhydrase does not directly participate in proton shuttling, provide a positive charge that enhances the binding of the carbon dioxide substrate, or make the transition state less unstable. These functions are primarily carried out by other active site residues and the overall protein structure of carbonic anhydrase.
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A plant has been removed from its natural environment and placed into a body of water that contains a higher concentration of salt than the inside of each plant cell. The plant promptly wilts. This situation is most similar to which event?
a. Seaweed put into fresh water.
b. A land plant put into tap water.
c. A freshwater plant put into sea water.
d. A freshwater plant put into distilled water.
Answers
Answer:
Explanation:The situation that is most similar in which a plant is moved to a higher concentration of salt in water is that of a freshwater plant being put into sea water. Due to too much salt concentration, freshwater plants cannot survive on the ocean
A botanist studying the inheritance of flower color found that when she crossed the offspring of two pure-breeding flower lines, one purple and one white, she got the following F2 generation from planting 60: 17 plants with purple flowers
26 plants with lavender flowers
15 plants with white flowers
This is an example of
incomplete dominance
Answers
The correct answer is incomplete or partial dominance.
The heterozygous offspring represent a phenotypic intermediate between the parents due to the purple trait's partial dominance. The heterozygous offspring are phenotypically intermediate between the parents because the purple trait only partially dominates.
Due to the partial dominance of the purple characteristic, the heterozygous offspring constitute a phenotypic intermediary between the parents. Due to the purple trait's partial dominance, the heterozygous children are morphologically intermediate betwixt their parents.
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Which sentence is the best example of a living thing obtaining matter and
energy?
OA. A sea anemone moves its tentacles in response to touch.
B. An African violet plant grows from a leaf cut from an existing
plant.
C. A tadpole increases in size as its cells divide into many more cells.
D. An oak tree absorbs sunlight and carbon dioxide through its
leaves.
Answers
Answer: D. An oak tree absorbs sunlight and carbon dioxide through its leaves.
Explanation: verified
which one of the following specimen types and collection methods is best for laboratory assessment of brain natriuretic peptide (bnp) in the evaluation of congestive heart failure?
Answers
The best specimen type for laboratory assessment of Brain Natriuretic Peptide (BNP) in the evaluation of congestive heart failure is blood, specifically plasma or serum.
Blood samples are commonly used to measure BNP levels as an aid in diagnosing and assessing the severity of congestive heart failure (CHF). BNP is a hormone produced primarily by the heart, and its levels tend to rise in response to increased cardiac stress and stretch, which occur in CHF.
Both plasma and serum can be used for BNP testing, but there are slight differences between the two:
Plasma: Blood collected in tubes containing anticoagulants, such as EDTA or heparin, prevents clotting. Plasma can be obtained by centrifuging the blood to separate the cellular components from the liquid portion, which contains BNP for analysis.
Serum: Blood collected in tubes without anticoagulants allows clotting to occur naturally. After the blood is allowed to clot, it is centrifuged to separate the serum from the clot. The resulting serum can be used for BNP testing.
The choice between plasma and serum may depend on the specific laboratory's protocols and preferences. Both sample types can provide accurate measurement of BNP levels in the assessment of congestive heart failure.
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PLEASE HELP The table and graph below show the distances traveled by two different objects.
WORTH (15 PTS)
Which statement is correct about the speed of the two objects?
a Both travel at steadily increasing speed.
b Both travel at the same constant speed.
c Object A travels at an increasing speed but Object B travels at a constant speed.
d Object A travels at a constant speed but Object B travels at an increasing speed.
Answers
Answer:
b Both travel at the same constant speed.
Explanation:
Answer:
Both travel at the same constant speed
Explanation:
Which of the following is the primary employer of natural resource professionals aPrivate landowners b Local governments c United States Department of Agriculture (USDA) DState and national parks
Answers
Answer:
I could be wrong, but I believe the answer is D) State and National parks
The primary employer of natural resource professionals is State and national parks. The correct option is D.
What is natural resource?Natural resources are those that are derived from nature and used largely unaltered.
This encompasses the origins of desirable traits like those used for business and industry, aesthetic appeal, scientific curiosity, and cultural significance.
The earth provides us with useful raw materials called natural resources. Natural resources cannot be created by humans because they exist in nature.
All around the United States, there are careers for those with a background in natural resources.
Local, state, and federal governments, including the National Park Service, U.S. Department of Agriculture, and U.S. Department of the Interior, are the main employers of conservation scientists and foresters.
Thus, the correct option is D.
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true or false: mucous connective tissue is the first type to emerge in the developing embryo.
Answers
The correct answer is False. Mucous connective tissue is not the first type to emerge in the developing embryo.
The first type of connective tissue to emerge in the developing embryo is mesenchyme, which is a type of embryonic tissue that gives rise to all other types of connective tissue.
Mesenchyme is present during the early stages of development and is characterized by its loose arrangement of cells and abundant extracellular matrix. As development proceeds, mesenchyme differentiates into different types of connective tissue, including mucous connective tissue, which is a specialized type of connective tissue found in the umbilical cord and some other structures in the body.
Mucous connective tissue is rich in a gel-like substance called mucin, which helps to protect and lubricate tissues. While mucous connective tissue is not the first type to emerge in the developing embryo, it is an important component of the developing body and serves important functions in maintaining tissue health and function.
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When a cell prepares to divide, the chromosomes become more tightly compacted. This process decreases the apparent length of the chromosomes and increases their.
Answers
When a cell prepares to divide, the chromosomes become more tightly compacted. This process decreases the apparent length of the chromosomes and increases their diameter.
When a cell gets ready to divide, it must duplicate each chromosome. Sister chromatids are the name given to chromosomes that have two copies. The sister chromatids are joined together by cohesion-containing proteins and are similar to one another. At the centromere, a section of the DNA that is crucial for their separation during later stages of cell division, the bond between sister chromatids is strongest. The sister chromatids are still regarded as one chromosome as long as they are joined at the centromere. The moment they are separated during cell division, though, each chromosome is regarded as a separate one. The cell cycle is an organised sequence of cell growth and division events that results in the creation of two new daughter cells. In order to form two identical (clone) cells, cells go through a sequence of carefully controlled and regulated steps of growth, DNA replication, and division. Interphase and the mitotic phase are the two main stages of the cell cycle.
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In his trips to the Galapagos Islands, Charles Darwin observed that 4 of the 13 species of the islands' finches have beaks adapted to eating specific foods. Which of the following best explains how these adaptations came to be?
A.) The finches were different species but resemble each other because of how they evolved in a similar environment.
B.) The finches descended from a common ancestor but evolved differently in response to their environment.
C.) The finches descended from the same ancestor but evolved along their own lines in isolation from each other.
D.) The finches descended from similar ancestors and have evolved adaptations in response to each other's influences.
Answers
B is the best response to this query. Despite sharing a similar progenitor, the finches have developed in distinct ways depending on their environments.
This is a result of the Galapagos Islands' isolation from the rest of the world and the generations-long isolation of the island's resident finches. Since they can adapt to their surroundings in different ways and have diverse beak shapes and sizes to eat on various sorts of food, finches have been able to evolve independently.
This phenomenon, known as adaptive radiation, explains why the Galapagos finches have developed distinctive beaks tailored for consuming particular foods.
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how many living things are there on the plant?
Answers
Answer:
8.7 million species of plants and animals are in existence at the moment. Moire are being discovered everyday (at least I think so cx)
Explanation:
Hope this helped-
Sort the traits according to whether they suggest a living organism or nonliving object. Items (5 items) (Drag and drop into the appropriate area below) has photosynthetic cells that floatin the ocean contains only minerals contains no organic material has multicellular replicating cells contains only RNA, not DNA Categories Living Nonliving Drag and drop here Drag and drop here
Answers
Living traits - photosynthetic cells, multicellular replicating cells, and RNA-only; nonliving traits - minerals-only and no organic material.
Categorize traits as living or nonliving?Photosynthetic cells that float in the ocean: Living
Contains only minerals: Nonliving
Contains no organic material: Nonliving
Has multicellular replicating cells: Living
Contains only RNA, not DNA: Living
Photosynthetic cells that float in the ocean: This trait suggests a living organism, specifically a type of algae or phytoplankton that perform photosynthesis and float in the ocean.Contains only minerals: This trait suggests a nonliving object, such as a rock or mineral sample.Contains no organic material: This trait also suggests a nonliving object, as organic materials are associated with living organisms and refer to compounds that contain carbon and hydrogen atoms.Has multicellular replicating cells: This trait suggests a living organism, specifically a type of multicellular organism that is capable of replicating or reproducing itself.Contains only RNA, not DNA: This trait also suggests a living organism, specifically a type of virus or RNA-based life form, as RNA is a nucleic acid that is associated with genetic material and is commonly found in living organisms.Learn more about Classification.
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What is the hardest known mineral on the Mohs hardness scale?
What is the softest known mineral on the Mohs hardness scale?
What would scratch a mineral that registers 8 on the Mohs hardness scale?
In summer Earth is tilted __________ the Sun in the Northern Hemisphere.
What changes on other planets, Mass or Gravity?
What type of weathering is acid rain?
What type of weathering is a rusted nail an example of?
What agent of erosion causes landslides?
__________ is the biggest planet in our solar system.
Pluto is the smallest planet in our solar system.
90 degrees on earth is a _________.
What comes after the full moon?
Horizon O stands for _______________.
What layer of soil comes after A?
What is the densest layer of earth?
What layer is totally liquid?
What layer is below the Lithosphere?
What is the part of the ocean that makes up the majority of the ocean?
What is the scientific name for a chain of underwater mountains called?
A rock being worn away in a stream is an example of _____________.
The theory that plates move over millions of years is known as the Theory of _______________.
Expanding air in the clouds creates what sound?
A spark (static discharge) from the clouds to the ground is known as ________________.
This type of sedimentary rock is formed from squeezing rock fragments together.
This type of sedimentary rock is often found with fossils.
This planet is known for its giant red spot on its surface.
The deepest part of the ocean is a ______________.
The largest ocean is the pacific ocean.
The deepest ocean is the ___________ ocean.
How long does it take to get from one new moon to the next?
What is the scientific name for turning water to vapor?
What is the scientific name for turning vapor to water?
What is the scientific name for rain, snow sleet and hail?
The distance light travels in a year is known as a_________________.
The bigger the planet the ____________ the gravity.
What type of crust is found under the ocean?
What type of crust is found on the continent?
Extrusive Igneous rock has ______________ grain size.
Intrusive igneous rock has ______________ grain size.
The most abundant extrusive igneous rock on Earth is _____________.
The most abundant intrusive rock on Earth is ______________.
What percentage of Earth is land?
The process that presses sediments together is known as ___________________.
This type of sedimentary rock is formed from chemicals.
What process would it take to turn igneous rock back into igneous rock?
What process would it take to turn sedimentary rock into metamorphic rock?
What process would it take to turn metamorphic to sedimentary rock?
What is the characteristic of a mineral's color?
What is the characteristic of how shiny a mineral is?
What is the characteristic of breaking off in flat sheets?
What is the characteristic of breaking in jagged pieces?
The deeper you go on Earth the greater the _________ and ______________.
What is denser the outer core or inner core?
What is the only solid layer of Earth?
Convection currents flow in the ______________ to produce earthquakes.
The name of the supercontinent form long ago is known as ________________.
The process by which the ocean sinks back into the mantle is known as a _____________ zone.
Trenches are examples of _______________ zones or ____________ boundaries.
Volcanoes are examples of _______________ boundaries.
Earthquakes are examples of ___________________ boundaries.
What type of fault is associated with earthquakes?
The point directly above the focus of an earthquake is known as the ____________.
This instrument measures the magnitude of earthquakes.
Please answer all these questions above
i have to turn in today
Answers
The hardest known mineral on the Mohs hardness scale is diamond, which has a rating of 10.
Diamond is a mineral composed of carbon, with the chemical formula C, and it is the hardest known natural substance on Earth. The name diamond is derived from the Greek word "adamas," which means invincible or unbreakable. Diamond is formed deep within the Earth's mantle, under high pressure and temperature conditions. It is then brought to the Earth's surface through volcanic eruptions.
Diamonds have a cubic crystal structure, which means they have symmetrical shapes with eight corners and six faces. This structure gives the diamond its unique physical properties, including its hardness, high refractive index, and high thermal conductivity. It also gives the diamond its characteristic brilliance and fire, which makes it highly valued in the jewelry industry.
Therefore, the answer is diamond.
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ture or false the resurrection of jesus is a historical event
Answers
Answer:
True
Explanation:
Along with the Bible, there are multiple sources siting and confirming the resurrection, along with many eye witnesses and accounts.
I need help with answering this question, placing the steps from step one to step five.
Answers
Answer: 2,4,5,1,3
Explanation: I just know the answer
By keeping food cold, the growth of microorganisms is:
Answers
Answer:
they are called growth because you are training them
ribs that join the sternum directly by costal cartilages are called group of answer choices direct ribs. true ribs. false ribs. floating ribs. spare ribs.
Answers
The ribs that join the sternum directly by costal cartilages are called true ribs.
What are ribs?The ribs are elongated, curved bones in the human body that form the rib cage. Ribs play a crucial role in defending the internal organs of the thorax (chest) and upper abdomen. These bones consist of two main parts: the head and the shaft. The tubercle and angle are the two points where the ribs curve.
Ribs are classified into three groups based on their connection to the sternum: true ribs, false ribs, and floating ribs.
What are true ribs?True ribs, also known as vertebrosternal ribs, are the ribs that connect directly to the sternum by costal cartilages. The first seven pairs of ribs are known as true ribs. They connect to the sternum at the sternocostal joints. The costal cartilage of the first true rib is joined to the sternum in a different manner than the costal cartilages of the remaining six true ribs.
What are false ribs?False ribs, also known as vertebrochondral ribs, are the ribs that connect to the sternum through the costal cartilage of the next rib, rather than directly to the sternum. The eighth to twelfth ribs are known as false ribs. They are connected to the sternum by costal cartilage, but not directly.
What are floating ribs?The eleventh and twelfth pairs of ribs, also known as vertebral or asternal ribs, are referred to as floating ribs because they are only connected to the vertebrae and not the sternum. They are entirely free-floating, with no connection to the sternum or any other cartilage.
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Please help now thanks
Answers
Answer:
Reverse
Explanation:
Usually, how i remembered it, was "negative is decreased", but that pretty much means reverse. A negative feedback loop is when the body tries to stop something by making less of something, or reversing it. After that, the body is back into homeostasis.
I hope this helps!
I have a question? Who are my fans? And why? I believe this is history.
Answers
Answer:
me
Explanation:
What type of migration factor is industrialization?
A. Political pull factor
B. Environmental push factor
C. Economic pull factor
D. Political push factor
Answers
Answer:
C. Economic pull factor
Stars and planets produce heat and light while moons reflect light from stars.
False
True
Answers
Not every star has its own light. The Sun and other stars are what generate energy and radiate light. Planets, satellites, asteroids, and comets are some of the other bodies within the solar system .
Correct answer is, False.
Do stars produce or reflect light?The researchers demonstrated in their work, which was published by Nature Astronomy, that stars can and do reflect sunlight, and that the reflected lamp could be a helpful tool to astronomers. Stellar refraction is most important in near binary systems, which consist of two stars orbiting one another.
Are planets emitting or reflecting light?Planets cannot generate their own light because they lack nuclear fusion. Instead, they emit light that is a star's reflection. Venus, a so "Evening Star," and other planets can be seen in the night sky. These are reflections of the sun.
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Which scientific attitude involves generating new and original ideas?
(It's Science but there is no science so I choosed Biology)
Answers
Answer:
for points apologies for not having the answers