Answers
A sensory receptor known as a mechanoreceptor, sometimes known as a mechanoceptor, reacts to mechanical pressure or distortion. The sensory neurons that innervate mechanoreceptors translate mechanical pressure into electrical signals that are sent to the central nervous system in animals.
A photoreceptor is a kind of neuron that can recognise and respond to light. Any sensor that informs an organism about mechanical changes in its surroundings, such as movement, tension, and pressure, is referred to as a mechanoreceptor. A nerve ending known as a baroreceptor is sensitive to variations in blood pressure. Physical change (mechanoreceptors), temperature (thermoreceptors), or pain can all be used as skin signals (nociceptors). All layers of skin have sensory receptors. In the superficial surfaces of the joint ligaments, close to their bony attachments, the type III receptor is mostly present. According to studies defining the type III mechanoreceptor, this receptor is a high-threshold, slowly changing structure with characteristics like those of the Golgi tendon organ.
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Related Questions
What do the letters in DNA sequences represent?
Answers
Answer:chemicals adenine (A), cytosine (C), guanine (G), and thymine (T), respectively, that make up the nucleotide bases of DNA.
Explanation:
Answer:
Below!
Explanation:
Adenine ( A ) , Cytosine ( C ) , Guanine ( G ) , Thymine ( T )
Which statement is true? (1 point)
Responses
Bacteria harm only organisms within the animalia kingdom.
Bacteria harm only organisms within the animalia kingdom.
Bacteria promote human bone growth.
Bacteria promote human bone growth.
Bacteria digest nutrients for all organisms.
Bacteria digest nutrients for all organisms.
Bacteria consume and remove waste.
Answers
The statement which is true about bacteria is that the bacteria digest nutrients for all organisms. Thus, option C is correct.
What are bacteria?Bacteria are known as unicellular organisms and they perform a function of digesting nutrients and other important nutrients in order to run the living cycle as well as the ecosystem. Bacteria are considered as good decomposers and they generally decomposes the waste materials.
The decomposers are considered as the living thing that feeds on and breaks down plant and animal matter into simpler parts or substances. decomposer. The thin layer that has been formed the outer covering of the cell has been known as the cell membrane. It has been composed of the lipid bilayer which has a embedded proteins.
Therefore, The statement which is true about bacteria is that the bacteria digest nutrients for all organisms. Thus, option C is correct.
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Which are characteristics of fungi check all that apply
Answers
3,4,6,5
Explanation:
usually reproduce with spores
usually autotrophic
usually found in deserts
live in damp environments
Answer:
Cell walls
hyphae
nuclei
spores
Discuss your current healthcare plan and coverage. Identify three benefits and three drawbacks of the plan.
Imagine that you could pick any healthcare plan. Summarize the type of plan that you would choose and explain why. Please be sure to include at least three reasons why you would choose this type of plan.
Here are some examples of healthcare plans that you might choose:
CDHP
CHIP
EPO
HDHP
HMO
HSA
POS
PPO
Medicare
Medicaid
Tricare
Answers
Discussing a hypothetical choice, the Preferred Provider Organization (PPO) plan, which is a type of managed care health insurance plan.
Here are the reasons why one might choose a PPO plan:
Flexibility and Choice: PPO plans offer a broad network of healthcare providers, giving you the flexibility to choose any doctor or specialist without requiring a referral. This allows you to have more control over your healthcare decisions and access to a wide range of providers.Out-of-Network Coverage: PPO plans typically provide some coverage for out-of-network services, although at a higher cost compared to in-network care. This can be beneficial if you have specific healthcare needs or prefer to see providers who are not part of the network.No Primary Care Physician (PCP) Requirement: Unlike some other plans like Health Maintenance Organization (HMO), PPO plans do not typically require you to choose a primary care physician or obtain a referral to see a specialist. This means you can directly visit specialists or other healthcare professionals when needed, without the extra step of obtaining a referral.While PPO plans have their advantages, there are also some drawbacks to consider:
Higher Premiums and Costs: PPO plans generally have higher premiums compared to other plans like Health Savings Accounts (HSA) or High Deductible Health Plans (HDHP). Additionally, although you have the freedom to see out-of-network providers, it often comes with higher deductibles, copayments, and coinsurance, leading to increased out-of-pocket costs.Limited Cost Control: While PPO plans offer more flexibility, they can also result in higher healthcare costs due to the ability to see out-of-network providers. The lack of cost control measures, such as strict referrals or gatekeeping, can make it challenging to manage and predict healthcare expenses.Network Limitations: While PPO plans have broad networks, there can still be limitations, especially in rural areas or less populated regions. It's important to check the network coverage and ensure that the providers and hospitals you prefer are included.know more about health insurance here:
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3) Which of the following statements about independent assortment and segregation is correct?
A) The law of independent assortment requires describing two or more genes relative to one
another
B) The law of segregation requires describing two or more genes relative to one another.
C) The law of independent assortment is accounted for by observations of prophase I.
D) The law of segregation is accounted for by anaphase of mitosis.
Answers
Answer:
im pretty sure c but not sure
Explanation:
The independent assortment is one that describes how different genes independently get separated from one another. This process takes place during the development of the reproductive cells.
During mitosis, the parts of the chromosome are divided into haploids. Thereby separating the assortment. The example of pea-shaped genes is a law of independent assortment and segregation.Hence the law of assortment needs describing two or more genes relatively to one another.Thus option A is correct.
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What are Bald eagle homologous structures
Answers
The wing of a bald eagle is homologous to the wing of a penguin. Homologous structures are structures that are of similar evolutionary origin.
How do we explain?Homologous structures are described as anatomical features found in different species that have a common evolutionary origin. These structures may have different functions in different organisms, but they share a similar underlying structure and can be traced back to a common ancestor.
The wing of a bald eagle and the wing of a penguin are considered homologous structures because they both evolved from a common ancestral structure, even though they serve different purposes which is flight in the case of the bald eagle and swimming in the case of the penguin.
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Question: What occurs when two glucose molecules bond?
1. Infer: Glucose is an example of a monosaccharide, the simplest type of carbohydrate. A
disaccharide is made from bonding two monosaccharides together.
What do you think the prefixes mono- and di- mean? Mono-:
Di-:
Answers
When two glucose molecules bond it forms maltose.
Maltose is a disaccharide made up of two units of glucose connected together by a bond. It is sometimes referred to as maltobiose or malt sugar. The two glucose molecules are connected together by a bond in the isomer isomaltose. Maltose is the two-unit member of the amylose homologous series, which is the main structural motif of starch.
It is found both naturally and artificially in a variety of foods, including beer, bread, breakfast cereals, and high-maltose corn syrup. Maltose can either be absorbed by the body and stored for later use or it can be broken down into glucose for immediate use. In essence, maltose is a crucial source of energy.
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List down the female reproductive organs. Describe any three
of them in short.
Answers
Answer:
uterus , ovaries , fallopian tubes.
Explanation:
An amino acid's unique characteristics is defined by the ________.
Answers
Teresa did a trick in which she placed dishes on a tablecloth placed on a card table. She pulled quickly on the tablecloth, and it came off the table, leaving the dishes behind on the table. Teresa’s friend tried the same trick and ended up with a pile of broken dishes on the floor. Teresa told her that she didn’t pull the cloth fast enough. She also said that her friend might have better results with heavier dishes. Using Newton’s laws, explain why these were good suggestions.
Answers
Answer:
the speed of the cloth being pulled left no time for the dishes to move. heavier dishes have a harder time moving because of the gravitational pull. In the second law, the force on an object is equal to its mass times its acceleration. if the dishes had no acceleration they will not move.
Explanation:
The plates couldn't move because of how quickly the cloth was being dragged. According to the second law, an object's force is determined by multiplying its mass by its acceleration. The dishes won't move if there was no acceleration.
What is newton's second law of motion?When there are unbalanced forces acting on an object, Newton's second law of motion applies. According to the second law, the mass of the item and the net force acting on it both affect how quickly an object accelerates.
An object's acceleration is directly proportional to the net force applied on it and inversely proportional to its mass. An object's acceleration increases as the amount of force exerted on it does.
A decreasing acceleration is caused by a rise in an object's mass.
Therefore, The plates couldn't move because of how quickly the cloth was being dragged. According to the second law, an object's force is determined by multiplying its mass by its acceleration. The dishes won't move if there was no acceleration.
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Helppppppppppppp
......................................
Answers
Answer:
A triangleeeeeeeeeeeeeeeeeeeeeeeee
PLEASE HELP!!!!!!!! i would really appreciate it
Answers
Answer:
lipids
Explanation:
especially phospolipids
The cell membrane, also known as the plasma membrane, is a selectively permeable, lipid bilayer composed of phospholipids, cholesterol, and proteins.
What is major component of cell members?The cell membrane is considered a macromolecule as it is made up of many smaller molecules bonded together. Phospholipids are composed of two main parts: a hydrophobic tail made up of fatty acid molecules and a hydrophilic head made up of a phosphate group. These molecules naturally arrange themselves into a double layer called a phospholipid bilayer. This bilayer forms the basic structure of the cell membrane and serves as a barrier that controls the movement of molecules in and out of the cell.The cell membrane is also composed of other types of macromolecules such as cholesterol and proteins which helps to maintain the fluidity of the membrane and also act as receptors and channels that control the movement of molecules across the membrane.To learn more about macromolecule refer to:
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How would transcription be affected if a gene that needed to be expressed was missing its promotor?
Answers
Answer:
it can't be used to make a protein in that cell.
Explanation:
If a gene is not transcribed in a cell, it can't be used to make a protein in that cell. If a gene does get transcribed, it is likely going to be used to make a protein (expressed). In general, the more a gene is transcribed, the more protein that will be made.
The transcription is affected as when the gene has not been transcribed the protein will not make. When a gene is transcribed, protein synthesis can happen.
What is gene transcription?Gene expression begins with transcription. To create an RNA molecule, the DNA sequence of a gene must be copied. RNA polymerases, which join nucleotides to create an RNA strand, carry out transcription (using a DNA strand as a template).
A gene cannot be used to produce a protein in a cell if it is not transcribed there. If a gene gets transcribed, it will probably be used to produce a protein (expressed). In general, more protein will be produced the more a gene is transcribed.
Therefore, the transcription is impacted since the protein cannot be produced if the gene is not transcribed. Protein synthesis can take place when a gene is transcribed.
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What is the cause of sickle cell anemia?
Answers
Answer:
People who have sickle cell disease inherit two faulty hemoglobin genes, called hemoglobin S — one from each parent. A person has sickle cell trait when the hemoglobin S gene is inherited from only one parent and a normal hemoglobin gene — hemoglobin A — is inherited from the other.
Dioecious plants have;
Answers
Answer:
Dioecious and monoecious plants actually have something in common, in that they both bear unisexual flowers. This means that each bloom has only male or female reproductive parts. With dioecious plants, the male and female blossoms appear on separate plants. With monoecious plants, each plant has both male and female flowers.
Explanation:
Answer:
With dioecious plants, the male and female blossoms appear on separate plants. With monoecious plants, each plant has both male and female flowers. By contrast, some plants have blooms that are bisexual. Each individual bloom has both male and female parts.
a fossil that is older than 200 million years old can be found on land due to plate tectonics
Answers
A fossil that is older than 200 million years old can be found on land due to plate tectonics.
Plate tectonics is the movement and interaction of large sections of the Earth's lithosphere (outermost layer of the Earth) over the asthenosphere (part of the Earth's mantle). This movement can cause the formation of mountains, oceans, and the breakup of continents over millions of years. The movement of plates can also result in the uplift and exposure of rock layers that were previously buried deep beneath the surface, including those containing fossils that are millions of years old.
Therefore, it is possible to find fossils that are more than 200 million years old on land due to plate tectonics, but the process of uplift and exposure of such rocks may take millions of years and require various geological processes.
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--The complete question is, a fossil that is older than 200 million years old can be found on land due to plate ________.--
After germinating, a plant must before it is ready to flower. A wither B. decompose C. grow to maturity D. do nothing
Answers
Answer:
C. Grow to maturity
Explanation:
I am 99% sure hope it helps
Give three examples of reproductive isolation, and describe how each can occur. (6 pts)
Answers
Answer:
Reproductive isolation is the inability of individuals from different species to produce viable offspring. There are several mechanisms of reproductive isolation. Here are three examples:
Geographic isolation: This occurs when two populations of the same species are separated by a geographic barrier, such as a mountain range, an ocean, or a desert. Over time, the two populations evolve separately due to different environmental pressures and mutations. If the barrier is removed, the two populations may have diverged so much that they are no longer able to interbreed and produce viable offspring.Behavioral isolation: This occurs when two populations of the same species have different courtship rituals or mating behaviors. For example, two bird species that look similar may have different songs or dances that they use to attract mates. If an individual from one species encounters an individual from the other species, they will not recognize each other's mating signals and will not mate.Hybrid inviability: This occurs when two species are able to mate and produce offspring, but the offspring are not viable and cannot survive to adulthood. This may occur if the two species have different numbers of chromosomes, or if the genes from the two species are not compatible. For example, mules are the offspring of a horse and a donkey, but they are usually sterile and cannot produce viable offspring of their own.How does genetic diversity help a species to survive?
Answers
Answer:
Genetic diversity serves as a way for populations to adapt to changing environments. With more variation, it is more likely that some individuals in a population will possess variations of alleles that are suited for the environment. Those individuals are more likely to survive to produce offspring bearing that allele.
Which statement best describes why carbon atoms are uniquely suited to forming macromolecules such as those found in living organisms
Answers
The carvon atoms are the base of organic molecules because of it properties, that make it a backbone of most of the macromolecules found in living organisms. The statement that best describes those properties uniquely suited to those macromolecules is that carbon atoms form strong, stable bonds with up to four other atoms, including other carbon atoms.
In intramembranous ossification, the model or template on which the bone forms is Group of answer choices mesenchyme tissue elastic cartilage hyaline cartilage fibrocartilage
Answers
Answer:
Mesenchymal tissues.
Explanation:
Intramembranous ossification is process that allow the formation of bone from the fibrous membrane where bone tissues are created. It is the direct conversion of mesechymal tissues into bones. This process take place in the bone of the skull where mesenchymal tissues differentiate into cartilage and latter replaced by bones. Tye flat bones of the face, cranial bones and clavicles are formed by intramembranous osssification
Tall pea plants are dominant, while short plants are recessive. In a cross between a purebred tall plant and a purebred short plant, the offspring will all be _______ plants.
Tall pea plants are dominant, while short plants are recessive. In a cross between two plants heterozygous for height, the offspring will be both tall and short in a _______ ratio.
Respond to the following based on your reading.
Explain why it's unknown which of two alleles an offspring will obtain from its biological mother or father for a given characteristic.
Reginald Punnett sought to apply the insights obtained by Mendel to explain the laws of inheritance in a structured fashion. What's a Punnett square and how is it used?
You're conducting a science experiment crossing two different purebred mouse strains, which each contain a different variation of the same gene, for two generations. What do you expect to see as the phenotypes of the first generation? The second generation?
How closely do Mendel's insights into dominant and recessive traits match up with the ratios that Punnett calculated in his Punnett squares?
Answers
Assuming complete dominance for all the genes, a) the offspring will all be Tall and heterozygous plants. b) 3:1 ratio. c) Punnett squares are used to combinate the parental gametes and make predictions about the possible genotypes and phenotypes among the progeny. d) First generation 100% heterozygous expressing the dominant phenotype. Second generation: 25% homozygous dominant + 50% heterozygous + 25% homozgous recessive. 75% expressing the dominant phenotype + 25% expressing the recessive phenotype. e) Mendel's insight and Punnett squares match perfectly with the expected ratios.
What are complete dominance and Punnett squares?
Complete dominance is an inheritance pattern that becomes evident in heterozygous individuals. The presence of at least one dominant allele is enougth to hide the expression of the recessive allele. In these cases, the individual expresses the dominant phenotype.
The Punnett square is a graphic representation that shows the different types of gamete combinations according to the alleles involved in a cross.
Punnett square shows the probabilities of getting offspring with different genotypes and their consequent phenotypes.
Tall pea plants are dominant, while short plants are recessive. In a cross between a purebred tall plant and a purebred short plant, the offspring will all be _TALL_ plants.All these plants will be heterozygous and express the dominant phenotype (Tall).
Tall pea plants are dominant, while short plants are recessive. In a cross between two plants heterozygous for height, the offspring will be both tall and short in a _3:1_ ratio.1/4 = 25% of the progeny are expected to be homozygous dominant
2/4 = 50% of the progeny are expected to be heterozygous
1/4 = 25% of the progeny is expected to be homozygous recessive
25% homozygous dominant + 50% heterozygous = 75% dominant phenotype
Punnett squares discriminate parental gametes and combinates them when the columns and the rows meet. The cells where columns and rows meet (gamete combinations) gives the progeny genotypes. Cross: two different purebred mouse strainsParentals) PP x pp
Gametes) P P p p
Punnett square) P P
p Pp Pp
p Pp Pp
F1) 100% heterozygous expressing the dominant phenotype
Parentals) Pp x Pp
Gametes) P p P p
Punnett square) P p
P PP Pp
p Pp pp
F2) Expected Genotypes
1/4 = 25% PP 2/4 = 50% Pp1/4 = 25% pp
Expected Phenotypes
3/4 = 75% Dominant phenotype (PP + Pp)1/4 = 25% Recessive phenotype (pp)Mendel's insights into dominant and recessive traits match up perfectly with the ratios that calculated using a Punnett square.
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92ml 3.0 fl oz what is the ratio
Answers
The ratio between 92 mL and 3.0 fl oz is 46 : 44, or it can be further simplified to 23 : 22.
To find the ratio between 92 mL and 3.0 fl oz, we need to convert the units to a common measurement. Let's convert 3.0 fl oz to milliliters (mL).
1 fluid ounce (fl oz) is equal to approximately 29.5735 milliliters (mL).
Therefore, 3.0 fl oz is equal to 3.0 * 29.5735 = 88.72 mL (rounded to two decimal places).
Now we can express the ratio between 92 mL and 88.72 mL:
92 mL : 88.72 mL
Simplifying the ratio by dividing both sides by the greatest common divisor, we get:
46 : 44
So, the ratio between 92 mL and 3.0 fl oz is 46 : 44, or it can be further simplified to 23 : 22.
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The table compares structures found in several groups of photosynthetic organisms. The presence of a structure is symbolized by a (+) symbol, while the absence of a structure is symbolized by a (-) symbol.
Using the data in the table, complete the cladogram on a sheet of scratch paper. Then determine the correct order of characteristics. Begin with the most primitive.
A. chloroplast, flowers, seeds, vascular tissue
B. cuticle, vascular tissue, seeds, flowers
C. seeds, vascular tissue, chloroplast, chloroplast
D. vascular tissue, chloroplast, cuticle, flowers, seeds
Answers
Answer:
The correct answer is D.
Vascular tissue, chloroplast, cuticle, flowers, seeds.
Vascular tissue and chloroplasts are the most primitive characteristics in the table, and so should be at the top of the cladogram.
Cuticle and flowers follow, and then seeds are last as they are the most advanced characteristic.
Answer: B
look at screenshot
According to the instruction manual analogy, how many new volumes would each new cell contain whenever a cell splits? Write your answer in the space below.
Answers
Answer:
Same volume as the cell it is divided from.
Explanation:
The particular volume will be diverse for different sorts of cells. The best answer would be that the new cell will essentially have a similar volume as the one that it formed or divided from. This is valid for most eukaryotic cells except if different variables like mutations or epigenetics condition.
Increasing volume of the cell and now likewise associated with cell division would be during the two phases G1 and G2 in the cell cycle. This is the development period of the cell preparing for division. No matter what are the condition other than mention above if mitosis or division occurs, the cells will ordinarily end with a similar volume as when it began.
What is the production of offspring whose DNA come from only one parent?A) Nonsexual reproductionB) Asexual reproductionC) Sexual reproductionD) Sexually produced gametes
Answers
The correct answer is letter B) Asexual reproduction. Since this process describes the mechanism by which some organisms produce alone their offspring, like plants, microbes and some arthropods.
Give two examples of how homeostasis helps regulate the human body.
Answers
Answer:
Here are two examples of how homeostasis regulates different aspects of the body: Get homework help from firstgradeessays[at]gm ail. c om. Quality is a priority.
Body Temperature Regulation: The human body has a set temperature range (around 36-37 degrees Celsius or 98-99 degrees Fahrenheit) that needs to be maintained for optimal functioning. When the body temperature rises due to exercise or external heat, homeostatic mechanisms helps to cool the body. These mechanisms include sweating, which helps dissipate heat through evaporation. Dilation of blood vessels near the skin surface facilitates heat loss. Conversely, if body temperature drops, homeostatic responses like shivering and constriction of blood vessels occur to generate heat and conserve warmth.
Blood Glucose Regulation: Maintaining blood glucose levels within a narrow range is crucial for proper physiological functioning. After a meal, blood glucose levels increase, triggering the release of insulin from the pancreas. Insulin helps facilitate the uptake of glucose by cells, reducing blood glucose levels back to normal. On the other hand, when blood glucose levels drop (e.g., during fasting or exercise), the pancreas releases glucagon, which stimulates the liver to release stored glucose into the bloodstream. This process raises the blood glucose levels and restores homeostasis.
Explanation:
WILL MARL BRAINLIEST!!!!
The islands bordering the deep-sea trenches
A. result from a series of quiet, continuous basaltic eruptions.
B. are accumulations of sediments on the margins of the trenches.
C.are formed from the activities of coral and other organisms.
D. are explosive volcanoes that emit lavas.
Answers
Answer:
i think its d
Explanation:
The brain and spinal cord are part of the _______ nervous system. The electrical charges that act as nervous signals are called _______. Jellyfish do not have a brain. Instead their nervous system is called a _______. After nervous systems began to develop in bilaterally symmetric animals, some developed ventral, or front, nerve cords, while chordates developed _______ nerve cords. Skeletons that allow for movement by using muscles and squeezing liquid to change the body shape are called _______ skeletons. _______ do not grow with arthropods, and so occasionally must be shed and regrown from chitin. Muscles move endo- and exoskeletons by _______. _______ is the joining of two gametes called sperm and egg. A fish that lays her eggs in a cluster is initiating _______ fertilization. _______ are an adaptation by reptiles to allow for reproduction and embryo development on land. Describe three different strategies used by three different animals to thermoregulate. If you see a snake coiled up in a sunny patch of grass, what can you probably conclude about the type of thermoregulator it is. Why?
Answers
The brain and spinal cord are part of the central nervous system.
The electrical charges that act as nervous signals are called action potentials or nerve impulses.
Jellyfish do not have a brain. Instead, their nervous system is called a nerve net.
After nervous systems began to develop in bilaterally symmetric animals, some developed ventral nerve cords, while chordates developed dorsal nerve cords.
Skeletons that allow for movement by using muscles and squeezing liquid to change the body shape are called hydrostatic skeletons.
Exoskeletons do not grow with arthropods, and so occasionally must be shed and regrown from chitin.
Muscles move endo- and exoskeletons by contracting and relaxing.
Fertilization is the joining of two gametes called sperm and egg.
A fish that lays her eggs in a cluster is initiating cluster or mass fertilization.
Amniotic eggs are an adaptation by reptiles to allow for reproduction and embryo development on land.
Describe three different strategies used by three different animals to thermoregulate.
Elephants: Elephants thermoregulate by using their large ears as cooling devices. They flap their ears to increase surface area and enhance heat loss through evaporative cooling.Desert Lizards: Desert lizards employ behavioral thermoregulation by basking in the sun to absorb heat and warming their bodies. They also retreat to shade or burrows to avoid excessive heat when needed.Penguins: Penguins have a unique thermoregulation strategy. They huddle together in large groups to conserve body heat and shield themselves from the cold Antarctic winds, effectively reducing heat loss and maintaining body temperature.If you see a snake coiled up in a sunny patch of grass, what can you probably conclude about the type of thermoregulator it is. Why?
If you see a snake coiled up in a sunny patch of grass, you can probably conclude that the snake is an ectotherm. Ectotherms rely on external heat sources, such as the sun, to regulate their body temperature. By basking in the sun, the snake absorbs heat, which helps raise its body temperature to a suitable level for proper physiological functioning.
Answer:
1. central
2. action potential
3. nerve net
4. dorsal
5. hydrostatic
6. Exoskeletons
7. contraction/contracting
8. Fertilization
9. external fertilization
10. Eggs
11. Animals with fur thermoregulate by panting. Winged birds will flap against their mouths/heads to dissipate heat. Humans will produce sweat to evaporatively cool. Polar bears have developed blubber. Bears drop body temperatures during hibernation.
12. Seeing a snake using the warmth of the sun leads us to conclude that it is likely a thermo conformer that cannot produce its own body heat.
Give me answers, bio hw
Answers
Answer:
Explanation:
420