The fact that a chimpanzees and humans have the same density of hair per square inch on their bodies indicates that humans and chimpanzees.
Answers
Related Questions
In terms of structure and function how do the vacuoles in a typical plant cell compare to those of a typical animal cell
Answers
Answer:
Vacuoles in animal cells do NOT help the cell take its shape, however, in plant cells, vacuoles are larger, and DO affect the shape of the cell.
The function of the vacuole in plants is different from that in animals, as the vacuole in animals is smaller, while in plants it is larger and pushes the nucleus to one side while consisting of water and other materials.
What is the significance of the vacuole in plants and animals?Vacuoles are cell organelles found in both plants and animals, in plants, vacuoles are large, fluid-filled structures that occupy a large portion of the cell, and they perform several important functions, including storing water and helping to maintain the shape of the cell, while in animals, vacuoles are smaller and less in number than in plants, as they have a variety of functions, like storing waste materials, etc.
Hence, the function of the vacuole in plants is different from that in animals, as the vacuole in animals is smaller, while in plants it is larger and pushes the nucleus to one side while consisting of water and other materials
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If wolves and lynx both prey on the same small animals will they be under pressure to change in ways that increase or decrease their competition ?
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Yes. Since they hunt the same prey, they will compete for the resources unless there is a change. (New prey is introduced, and wolves get to feed on those, or a harsh winter kills the prey, and the wolves and lynxes find separate species of prey to eat, etc.)
Select the correct answer from each drop-down menu. The Robinsons are out sailing on a Saturday afternoon. Their boat is located at position X on this map. They didn’t check the weather forecast before they left and they need your help. Complete the sentences to describe the weather trends on the map. The Robinsons are sailing in a region of relatively pressure. The weather front located closest to the family is front. Based on their current location, the Robinsons should expect the weather to include . its earth science btw
Answers
The Robinsons are sailing in an area of high pressure that is relatively clear. The nearest weather front to the family is a blank occluded front. Based on their current location, the Robinsons should anticipate a light breeze and pleasant conditions. The correct options are b, a, and a respectively.
What is a map?A map is a diagrammatic representation of the earth's surface or a portion of it that depicts the geographical distributions, positions, and so on of natural or artificial features such as roads, towns, relief, rainfall, and so on.
The lines on the map represent isoclines that connect areas of similar atmospheric pressure.
When they are close together, it indicates that the area is under high pressure. High-pressure systems cause winds to move from one region of low pressure to another.
As a result, areas of high-pressure systems have the following weather conditions: light breeze, clear skies because they push clods away. Furthermore, the region has a wider temperature range between night and day.
Thus, b, a, and a are the correct choices respectively.
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Your question seems incomplete, the complete question is probably:
The Robinsons are out sailing on a Saturday afternoon. Their boat is located at position X on this map. They didn’t check the weather forecast before they left and they need your help. Complete the sentences to describe the weather trends on the map.
The Robinsons are sailing in a region of relatively blank (1) pressure. The weather front located closest to the family is blank (2) front. Based on their current location, the Robinsons should expect the weather to include blank (3).
1- low, high, stable
2- an occluded, a stationary, a warm
3- a light breeze and pleasant conditions, intense sunlight and heat, heavy rain and strong wind
you encounter a terrestrial ectothermic protostome with an open circulatory system and an exoskeleton. you would predict that this animal transports oxygen using: group of answer choices a tracheal system pepsinogen hemolymph lungs or lung derivatives hemoglobin
Answers
The given animal is a terrestrial ectothermic protostome with an open circulatory system and an exoskeleton. So, we can predict that this animal transports oxygen using hemolymph.
What is an open circulatory system?An open circulatory system is a type of circulatory system in which the fluid (hemolymph) that carries oxygen, nutrients, and waste materials through the body of an organism is pumped by a heart into open cavities or sinuses in the body. It then flows around the organs and back into the cavity.
The oxygen and waste products move across the thin walls of the capillaries or directly between the cells, and the hemolymph returns to the heart, completing the circuit.
How does hemolymph transport oxygen?Hemolymph is composed of a mix of blood and interstitial fluid in some invertebrates. Hemolymph is the main transport vehicle in open circulatory systems. Hemolymph transports oxygen to the body's cells and returns carbon dioxide, which is the metabolic waste product produced when cells consume oxygen during cellular respiration.
So, we can predict that this animal transports oxygen using hemolymph. Therefore, the correct answer is 'hemolymph'.
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How does potassium chloride (KCI) trigger spawning when injected in sea urchins? Changes the ion concentration inside the urchin, so the urchin pulls in seawater that presses on gonads Mimics environmental signals in seawater that trigger spawning Triggers the muscles surrounding the gonads to contract 0 Acts as an irritant that the urchin tries to expel by spawning
Answers
Potassium chloride (KCI) triggers spawning in sea urchins by mimicking environmental signals and altering ion concentration.
Potassium chloride (KCI) induces spawning in sea urchins through a combination of factors. Firstly, when KCI is injected into a sea urchin, it alters the ion concentration within the urchin's body. This change in ion concentration triggers a response where the sea urchin pulls in seawater, resulting in increased pressure on the gonads. This increase in pressure mimics the natural environmental signals present in seawater that normally stimulate spawning in sea urchins.
Secondly, KCI acts as an irritant to the sea urchin. The injection of KCI into the urchin's body causes discomfort, and the urchin tries to expel the irritant by spawning. This expulsion mechanism is a natural response to potentially harmful substances within the body.
Lastly, potassium chloride also triggers the contraction of the muscles surrounding the gonads. The contraction of these muscles helps to expel the gametes during spawning. By inducing muscle contractions, KCI plays a direct role in initiating the release of eggs or sperm.
In summary, potassium chloride (KCI) triggers spawning in sea urchins by altering the ion concentration within the urchin's body, mimicking environmental signals that normally trigger spawning, and initiating muscle contractions. These processes collectively stimulate the sea urchin's reproductive system and lead to the release of gametes.
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4. What kind of functions can a plant cell perform that an animal cell cannot? Explain.
Answers
Answer:
Photosynthesis
Explanation:
An observer (O) spots a bird flying at a 35° angle from a line drawn horizontal to its nest. If the distance from the observer (O) to the bird (B) is 21,000 feet, how far is the bird (B) from its nest (N)? Round to the nearest whole number.
A right triangle BNO is shown with angle B marked 35 degrees, side BN marked x, and side BO marked 21,000 feet.
12,045 feet
14,704 feet
16,980 feet
17,202 feet
Answers
Trigonometry can be used to calculate the bird's distance from its nest (BN). The angle B in the supplied right triangle BNO is 35 degrees, and the side BO denotes the 21,000-foot separation between the observer and the bird.
Since tan(35°) = BN/BO, we can use the trigonometric function tangent (tan) to get the length of side BN.To solve for BN, we must rewrite the equation as BN = BO * tan(35°).With the supplied values substituted, we obtain BN = 21,000 feet * tan(35°).Calculating tan(35°), we discover that it is almost 0.7002075.By multiplying BN by 21,000 feet and 0.7002075, we get at 14,704 feet.As a result, the distance between the bird and its nest is roughly 14,704 feet. When rounded to the next whole number, the right response is "14,704 feet".
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Need help emt class science
Answers
Answer:
truefalse trueExplanation:
PLEASE HELP I WILL MARK BRAINLIEST!!!!
A thunderstorm! You see a flash of lightning across the sky. Five seconds later, your hear the thunder. If
lightning and thunder come from the same source, then why don't they occur at the same time?
They do! The time difference is due to the way sound waves and light waves travel. Light travels
extremely fast through the air, 300,000,000 m/s. Sound travels much slower, 343 m/s through air.
Therefore we can see light in an instant, but it takes a while to hear thunder. The speed of light waves and
sound waves depends on the medium through which they travel. Take a look at the data in the image
above.
How do the speeds of sound and light waves compare?
1x
A
B
C
D
Sound waves travel fastest through a dense medium like the solid ground.
Light waves can travel through a vacuum; sound waves cannot.
Light waves cannot travel through a dense material like a solid.
The denser the medium, the faster sound travels.
E
The speeds of light and sound are affected in the same way in different mediums.
Answers
Answer: (B)
Explanation: They are asking for a comparison between light waves and sound waves.
A and C is wrong because it only says about sound waves
D only says about sound waves
E is completely wrong because they are affected differently in different mediums.
can anyone say the answer
Answers
Answer:
If you were to ask me I would say that your answer is C
Explanation:
Answer:
I would say it's the last one
Explanation:
Discuss the following statement in detail : Conservation biology is everyone's business
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Conservation biology is a multidisciplinary field of science that is focused on conserving and restoring biodiversity. Conservation biology is everyone's business as it affects not only biologists but also policymakers, land managers, businesses, and the general public. It requires collaborative efforts to achieve the desired results.
Conservation biology is important as it helps to protect the environment and maintain ecosystem services. It is essential for preserving the diversity of life on Earth, which provides many benefits to humans, including food, medicine, and other resources. It also helps to prevent the loss of species that have cultural and aesthetic values.
Conservation biology is everyone's business as it involves the participation of people from all walks of life. The general public can contribute to conservation efforts by reducing their carbon footprint, using eco-friendly products, and supporting organizations that work to protect the environment. Farmers, landowners, and policymakers can contribute by adopting sustainable practices and implementing policies that promote conservation.
Businesses can contribute to conservation efforts by adopting sustainable practices that reduce their impact on the environment and by investing in conservation projects. For example, businesses can reduce their carbon footprint by using renewable energy sources and by promoting sustainable practices in their supply chain.
In conclusion, conservation biology is everyone's business as it affects everyone and requires the participation of people from all walks of life. It is essential for preserving the diversity of life on Earth, maintaining ecosystem services, and ensuring that future generations have a healthy and sustainable planet to live on. Therefore, it is important that everyone works together to achieve the desired results.
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single-celled organisms that cause a variety of diseases in animals, plants, and humans; they may also produce extremely potent toxins inside the human body.
We will look at four types of bacteria: anthrax, plague, tularemia, and Query (Q) fever.
Answers
Single-celled organisms that cause a variety of diseases in animals, plants, and humans; they may also produce extremely potent toxins inside the human body. The four types of bacteria that will be discussed are anthrax, plague, tularemia, and Query (Q) fever. Anthrax is a bacteria that infects animals, particularly cattle and sheep. It is also a disease that affects humans. In humans, anthrax can be acquired through contact with animals or animal products that have been infected with the bacteria. Ingestion or inhalation of spores is also another way that the bacteria can be acquired.
The anthrax bacterium produces spores that can live for decades, and as a result, the bacteria is a significant biothreat agent.Pneumonic plague is the most severe form of the disease caused by the bacteria Yersinia pestis. The plague is primarily transmitted through flea bites or exposure to infected rodents. When someone is infected with the bacteria, it is highly contagious, and respiratory droplets are the primary mode of transmission. Antibiotics are the best treatment for the disease, but if left untreated, it can be deadly.
Tularemia is a bacteria that can be found in animals, particularly rodents, rabbits, and hares. The disease can be acquired through contact with the bacteria through the skin, ingestion of contaminated water or food, or inhalation of the bacteria. Symptoms of the disease can vary depending on how it is acquired but can include fever, chills, headache, muscle aches, and fatigue.
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which macromolecule is made of simple and complex sugars?
Answers
Answer:
carbohydrates
Explanation:
Sugar units are the building blocks of all carbs. Simple sugars (monosaccharides and disaccharides) and complex carbohydrates (polysaccharides, which are polymers of simple sugars) are the two forms of carbohydrates.
Carbohydrates are one of biology's most researched macromolecules. They produce glucose, or "blood sugar," as their fundamental energy unit, whether simple or complicated. Furthermore, both simple and complex carbohydrates are made up of chains of glucose molecules at their most fundamental level.
(Hope this helps can I pls have brainlist (crown)☺️)
Carbohydrates are made of simple and complex sugars.
What are carbohydrates?Carbohydrates, also known as carbs, are vital at every stage of life. They're the body's primary source of energy and the brain's preferred energy source.
Moreover, carbs are broken down by the body into glucose – a type of sugar. Glucose is used as fuel by your body's cells, tissues, and organs.
Carbohydrates are found in a wide array of both healthy and unhealthy foods—bread, beans, milk, popcorn, potatoes, cookies, spaghetti, soft drinks, corn, and cherry pie. They also come in a variety of forms. The most common and abundant forms are sugars, fibers, and starches.
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What information can be gained from knowing the alpha (impact) angle of a blood stain? Assume that the bloodstains all resulted from an single impact source.A) Point-of-convergenceB) Point-of-transferC) Point-of-viewD) Point-of-evidence
Answers
Knowing the alpha (impact) angle of a blood stain can provide information on the point-of-convergence. The correct alternative is option A.
The alpha angle is the angle between the long axis of a bloodstain and a line perpendicular to the surface on which the bloodstain has landed.
This angle is useful in determining the direction from which the blood droplet originated and can provide important information about the point of convergence, which is the location in three-dimensional space where the blood spatter originated.
By analyzing the alpha angle of multiple bloodstains in a crime scene, forensic investigators can determine the direction of the blood droplets' travel, and subsequently the location of the point of convergence.
The point of convergence is the point at which the lines of travel of multiple blood droplets intersect in three-dimensional space, and is typically an important area to investigate as it can provide important information about the location and movement of the victim and perpetrator during the crime.
In addition to the point of convergence, the alpha angle can also provide information about the type of weapon or object that was used to produce the bloodstain.
For example, a high-velocity impact angle (i.e. small alpha angle) can indicate a gunshot, while a low-velocity impact angle (i.e. large alpha angle) can indicate a blunt force impact, such as from a baseball bat or a hammer.
So, the correct alternative is option A.
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I need help with this question
Answers
Answer:
who got hit?
man and woman
when did it happen? when walking from home to school
what time?
3 p.m.
where did it happen?
70th street
how did the car accident happen?
the tree has crushed a few cars
Explain how an adaptation can enable an organism to survive a long-term environmental change. Describe and example to support your answer
Answers
Answer:
survival of the fittest
Some die, some survive. Those that survive to reproduce pass along their genes. Some survive by good luck. Others survive because they happen to have some quality that gives them a better chance to tolerate the environmental changes. Assuming those qualities are heritable, they’ll become more common in the genes of the surviving population. Eventually they’ll predominate. The population will have adapted to the changes.
With the exception of very primitive organisms, living animals have various senses including those familiar to us as sight, sound, touch, taste, and smell. Certain organisms have senses that we do not share. For instance, the class of snakes we call “pit vipers” have a specific organ that senses heat from prey animals, even in total darkness.
Bats use echolocation, bouncing high-pitched sound waves off of obstacles and prey alike. So do dolphins.
Many insects have the ability to smell only a few molecules of pheromones from potential mate
I took the question differently than everyone else, but it sounded to me like the OP was asking for examples of HOW organisms adapt, not two organisms that adapted.
Adaptation often begins with environmental monitoring systems. Lets say antibiotics are taken by a patient and a small amount gets in the area of a pathogen who is testing its environment. The pathogen detects the threat and begins to construct a genomic edit that can counter it. Unfortunately for us, cells are still more skilled with biochemistry than humans.
If you mean like to adapt in an instant, we humans release adrenaline to overcome stress and it actually makes us more prone to overcome stress. Another example its σ32 is the heat shock sigma factor in Escherichia coli, which it helps the bacteria to survive in a “heat shock”.
When we look at evolution, we often look at bacteria or animals that aren't really related to us, like the dinosaurs and how they evolved into avian animals.
There are two examples in human history that are great for this question.
Humans
Yup. People have made adaptations to the environment. Well, at least the environment that we create for ourselves.
Milk contains lactose, which requires a special enzyme to break down. After a few months of age, babies lose this enzyme and become lactose intolerant. So why can we drink milk now?
That's because in our past, farmers began to drink milk from other an
(1) Antibiotic resistance
(2) Mitochondria losing unnecessary genes for symbiosis w/ eukaryotes
this is a miracle of evolution as we have read in our childhood about camels and about xerophytes(cactus) they got adapted to their environment but according to Darwin there is survival of the fittest which means there may be various types of a single species now under a harsh environment it may be that not all types of a single specie lives so they perish
Can someone plz help me? :(
Answers
HELP PLEASE I GIVE YOU BRAINLIEST I NEED HELP WITH 2
Answers
Answer:
C. makes the most sense so I hope I'm right
Explanation:
If this isn't correct I am so so so sorry!
Tay-Sachs disease is a rare inherited disorder that progressively destroys nerve cells
in the brain and spinal cord. The allele for having Tay-Sachs is recessive written as t
and the functional allele is written as T. If two heterozygous parents have four
children, how many of the offspring will most likely inherit and develop Tay-Sachs
disease?
Answers
Answer:
B and C
Explanation:
I just took the test and it was right
Which branch of earth science includes the study of the stars
Answers
Answer:astronomy
Explanation:
Because astronomy is the study of the stars
Which statement best explains why each river has its own set of characteristics?
Rivers flow downhill, pulled by gravity toward the sea.
Rivers interact with the ecosystems through which they pass.
Rivers absorb oxygen from the atmosphere as they flow downhill.
Rivers have climates that are determined by the biomes they flow through.
Answers
Answer:
Rivers flow downhill, pulled by gravity toward the sea.
Answer:
Rivers have climates that are determined by the biomes they flow through.
Explanation:
A brown rooster is mated with a brown chicken and they have five offspring. Two are brown and three are white, which is a recessive trait. What is the most likely explanation for this? (5 points)
All of the white chickens carry a mutation.
Feather color is not hereditary.
Both parents carried the trait for white feathers.
Those chicks had less time to develop in the egg.
Answers
Answer:
I believe it is c. both parents carried the trait
Explanation:
I think its this because when youre using the square method and end up with a recessive trait that means both parents had to have carried that trait.
a kangaroo is a diploid animal that has 8 homologous pairs of chromosomes in a typical somatic cell. how many chromosomes would a kangaroo with the following chromosomal composition have?
Answers
A trisomic kangaroo would have 25 chromosomes, and a double monosomic kangaroo would have 15 chromosomes in a somatic cell.
A nullisomic kangaroo would have 7 chromosomes, a triple disomic kangaroo would have 23 chromosomes, and a tetraploid kangaroo would have 32 chromosomes.
a) In a trisomic somatic cell, one of the homologous pairs of chromosomes would have an extra copy, resulting in a total of 17 chromosomes (8 homologous pairs + 1 extra copy).
In a double monosomic somatic cell, two homologous pairs of chromosomes would be missing, resulting in a total of 12 chromosomes (8 homologous pairs - 2 missing pairs).
b) In a nullisomic somatic cell, one of the homologous pairs of chromosomes would be completely missing, resulting in a total of 14 chromosomes (8 homologous pairs - 1 missing pair).
In a triple disomic somatic cell, one of the homologous pairs of chromosomes would have two extra copies, while another pair would have one extra copy, resulting in a total of 19 chromosomes (8 homologous pairs + 3 extra copies).
In a tetraploid somatic cell, there would be four sets of 8 homologous pairs of chromosomes, resulting in a total of 32 chromosomes (8 homologous pairs x 4 sets).
Therefore, the correct answer for a) is 25, 23, and 24 chromosomes, respectively, and b) is 14, 26, and 32 chromosomes, respectively, depending on the scenario.
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Question
A kangaroo is a diploid animal that has 8 homologous pairs of chromosomes in a typical somatic cell. How many chromosomes would be in an
a. trisomic, double monosomic, somatic cell?
b. nullisomic, triple disomic, tetraploid cell?
The kangaroo would have 9 pairs of chromosomes or a total of 18 chromosomes.
Each homologous pair of chromosomes contains two chromosomes, so a diploid kangaroo with 8 homologous pairs of chromosomes would have a total of 16 chromosomes. However, the question does not provide information on how many additional chromosomes are present in this particular kangaroo, so we cannot determine the exact number of chromosomes. However, we do know that the kangaroo has an odd number of chromosomes, which means it has an extra chromosome in one of the pairs, resulting in a total of 9 pairs or 18 chromosomes.
Kangaroos, like all mammals, have two sets of chromosomes in their somatic cells, which means they are diploid organisms. Each set of chromosomes comes from one of the parents, and they contain the genetic information that determines the physical and biological characteristics of the kangaroo.
In a typical kangaroo somatic cell, there are 8 pairs of homologous chromosomes, which means that there are two copies of each chromosome. The chromosomes are said to be homologous because they carry the same genes in the same order, although the specific versions of those genes may differ.
However, it is important to note that the question does not provide information on how many additional chromosomes are present in this particular kangaroo. It only mentions the number of homologous pairs of chromosomes. Therefore, we can only infer that the kangaroo has an odd number of chromosomes, indicating that there is an extra chromosome in one of the pairs. This would result in a total of 9 pairs or 18 chromosomes in this particular kangaroo.
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Coral reef ecosystems and rain forests are both important in terms of productivity for their areas and across the globe. Without human influence, they can be extremely stable ecosystems. Which statement best describes why these two ecosystems have the ability to be stable and highly productive?
Responses
A They both resist the impacts of habitat loss by humans
B They both have more top predators in their food chains compared to lower predators
C They both have large varieties of plants, animals, and other organisms, which increases biodiversity
D They both have high levels of invasive species, which add to the biodiversity.
Answers
Statement C They both have large varieties of plants, animals, and other organisms, which increases biodiversity best describes why these two ecosystems have the ability to be stable and highly productive.
What is a stable and highly productive ecosystem?A stable and highly productive ecosystem is a geographical region that exhibits features capable of increasing the amount of biomass by units of time such as a high amount of solar radiation and water resources in order to perform the process of photosynthesis.
The process of photosynthesis increases the net primary productivity of the ecosystem and therefore it is key to increasing the productivity of an ecosystem.
Therefore, with this data, we can see that a stable and highly productive ecosystem is able to generate much biomass per unit of area and time, thereby this term is associated with the mass of organisms.
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Answer:
C.) They both have large varieties of plants, animals, and other organisms, which increases biodiversity
Explanation
It's on my test? I got the answer of my review power point.
ILL MARK BRAINLIEST!Geothermal energy is possible where there is….
A.wind
B.boil
C.coal
D.magma
Answers
Answer:
D. Magma
Explanation:
geothermal basically means they're pulling energy from the beneath the earth's trying to get heat to convert, and magma is hot, so i would assume that D would be the best answer
Please help asap!! correct answer only please!!!
the expression 1,000(1.0175)^2t describes the amount of money in a savings account after t years. complete the statements.
the interest rate is compounded (1 time, 2 times, 4 times, 12 times) each year.
the annual interest rate on the account is (1.75%, 3.50%, 3.53%, 3.56%)
Answers
The interest rate is compounded 1 time each year. The annual interest rate on the account is 3.53%.
The given expression indicates that the interest is compounded annually. This means that the interest is added once in a year. Therefore, the interest rate is compounded 1 time each year.
To find the annual interest rate on the account, we need to look at the coefficient of t in the expression. Here, the coefficient is 2, which means that the interest is compounded for 2 years. Using this information, we can use the formula to calculate the annual interest rate.
1,000(1.0175)^2 = 1,035.79
To find the interest rate, we can use the formula:
1,035.79 = 1,000(1 + r/100)^2
Solving for r, we get:
r = 3.53%
Therefore, the annual interest rate on the account is 3.53%.
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what nursing organization first legitimized the use of the nursing process?
Answers
The nursing organization that first legitimized the use of the nursing process is the North American Nursing Diagnosis Association NANDA. The nursing process is a crucial aspect of nursing that involves assessing the needs of patients, creating nursing diagnoses, developing and implementing a plan of care, and evaluating patient outcomes.
The nursing process was introduced in the 1950s, and it has become the standard for nursing practice worldwide. The nursing process has been endorsed and legitimized by various nursing organizations over the years, with the North American Nursing Diagnosis Association (NANDA) being the first organization to do so.The NANDA was established in 1982 with the primary aim of developing and standardizing nursing diagnoses. The organization has developed a comprehensive list of nursing diagnoses that nurses can use to identify the health problems of their patients.
The NANDA has also developed guidelines on how to use the nursing process, and these guidelines have been widely adopted by nursing schools, healthcare institutions, and nursing organizations worldwide. In conclusion, the nursing process has become an essential aspect of nursing practice, and the North American Nursing Diagnosis Association (NANDA) was the first nursing organization to legitimize its use. The NANDA has played a significant role in developing and standardizing nursing diagnoses, and its guidelines on the use of the nursing process have been widely adopted by nursing professionals worldwide.
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Which is not some other occurs in translation?
Answers
Explanation: Translation has pretty much the same three parts, but they have fancier names: initiation, elongation, and termination. Initiation ("beginning"): in this stage, the ribosome gets together with the mRNA and the first tRNA so translation can begin.
I guess this helped you
How are carbs,Lipids and proteins similar to one another
Answers
Answer:
All are macromolecules/polymers, have monomers (though different kinds), and help perform bodily functions.
Advanced Biology answer: All are macromolecules with functional groups that make them function uniquely from each other. Their monomers all have a complex of bonds and atoms that give them shape, helping function.
A gecko is a type of reptile. How does a gecko most likely respond to cold air temperatures?
A. by shivering, which is in response to an internal stimulus
B. by shivering, which is in response to an external stimulus
C. by moving into the sun, which is in response to an internal stimulus
D. by moving into the sun, which is in response to an external stimulus
Answers
Answer:
Your answer is D). Like most cold-blooded animals, geckos' bodies are unable to maintain a homeostatic body temperature on their own, therefore they must bask in the sun in order to increase their body heat, and hide in the shade when it's too hot.
Answer:
D just because
Explanation: