Just like a Lego house is made of bricks, proteins are made up of lots of tiny building blocks. These building blocks are called amino acids. To build a protein, first the amino acids are connected into long chains.
Sorry if this doesn't help or if its wrong.
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Warm water near the equator rises towards the surface creating a current, what would you expect to happen to this current if the tempature at the equator decreased?
I expect it to lower its speed. The water that goes up will be cooler(densities), the heat energy lower, and the speed smaller.
Earth's atmosphere blocks much of the light that astronomers need to observe distant stars. To get around this problem, NASA put a powerful telescope A) on Mars. B) on the Moon. C) in orbit around Earth. D) in orbit around the Moon.
The answer is; C
By putting the Hubble telescope in orbit around the earth, they avoid most of the earth’s dense atmosphere. The atmosphere causes a phenomenon referred to as atmospheric differential diffraction of light that is the reason we see stars as twinkling (yet they really don't twinkle). Avoiding atmosphere, therefore, improves image quality, reduces mirages, and reduces errors in observation.
Answer:
in orbit around earth
Explanation:
PLEASE PLEASE PLEASE HELP!!!!!!!A population has a small size, high level of genetic drift, and very little migration into the population. What will most likely happen to the genetic diversity in the population over time? A. Genetic diversity will increase because the existing alleles will mutate into new alleles. B. Genetic diversity will remain unchanged because genetic drift does not have much of an impact on small populations. C. Genetic diversity will remain unchanged because high levels of genetic drift offset low levels of gene flow. D. Genetic diversity will decrease because existing alleles will be lost and few new alleles will be introduced.
Answer:
D. Genetic diversity will decrease because existing alleles will be lost and few new alleles will be introduced.
Explanation:
Genetic drift is a very important factor that brings changes in gene pools over a period of time. Although genetic drift can happen in the population of any type or size but its effects are more evident in small populations.
So as mentioned in question that three conditions: population has a small size, high level of genetic drift, and very little migration into the population.
It means that in small population where genetic drift is high,alleles are either lost by a population or there will be only few alleles present at specific gene loci of population. This will cause decrease in genetic diversity specifically because of small size of population.
What happens that genetic drift causes random sampling in population like some reproduce while others not, for example see the population of butterflies in image. Genetic drift caused only blue ones to multiply and reproduce while others just could not reproduce, This lead to a population 2 with low genetic diversity that is quite evident.
Hope it help!
Answer: The answer is at the bottom hopes this helps have a nice day. :)
If you want to know the damage that an earthquake of a 7.0 magnitude can do, refer to a _____.
1) Mercalli intensity scale
2) tiltmeter Richter scale
3) moment magnitude scale
Answer:
Option 1, Mercalli intensity scale
Explanation:
Mercalli intensity scale is used to measure the intensity of an earthquake. The effect of an earthquake felt on the surface of earth is called intensity of earthquake. Thus, mercalli scale is to determine the after affects of an earth quake based on its intensity. For example – For a scale of 7, , it can be stated that considerable damage must have been caused to the built structure as at this scale the ground must have shifted therefore the structures built on it would definitely have felt some impact.
Katie helped Sandra with her homework. In return, Sandra helped Katie learn how to rollerblade. Katie didn't expect to get some extra help, but now Katie is inspired to give Sandra help again, since it seems Sandra always returns a favor. What does this situation describe?
the difficulty of discerning truth
the opposite of cynicism
the paradox of altruism
giving to others will create expectations
you see katie helped sandra with homework, which helped sandra not fail. Because katie did not let sandra fail, sandra can graudate and get a job. She can also thank katie for not letting sandra fail and go homeless.
sandra helped katie rollerblade. which has no significant impact. Who cares about rollerblading.
your answer is C
Which of these statements describes the state of voting rights from colonial times until 1971?
A) they became more limited
B) they became more complicated
C) they were extended to more people
D) they were extended to only selected groups
C) they were extended to more people
Dentify the interaction used to describe each type of interdependence among organisms. The red-billed oxpecker (a bird) eats ticks off the fur of an impala (a type of antelope). The oxpecker receives food and removes the ticks from the impala. Titan triggerfish move large rocks in the ocean to find food. In return, smaller fish are able to eat because the moved rocks expose food. The titan triggerfish are not affected.
The type of the interaction that defines the type of interdependent relationship among the given organism is as follows:
1. The red-billed oxpecker eating ticks off the fur of the impala shows mutualism. The oxpecker receives food by eating the ticks and the impala get rids of the ticks. Here, both the organisms are benefiting from their relationship, and hence, it is mutualism.
2. The titan triggerfish moves large rocks to find food, which in turn helps other smaller fishes to eat the exposed food. In this relationship, the smaller fishes are benefiting while the triggerfish is neither harmed or benefited. Hence, this shows commensalism.
Answer:
The correct answer is mutualism and commensalism.
Explanation:
An ecological relationship is the interaction of species or organisms living in an ecosystem depending on environmental conditions and food webs. This interaction could be inter-specific (between two species) or intra-specific (among same species).
According to the question, there are two cases of interaction which shows the following interaction:
1. The Oxpecker and Impala- an example of "mutualism" as both the bird and impala are benefited as bird receives food and ticks are removed from impala.
2. Titan Triggerfish and smaller fish- an example of "commensalism" as Tigerfish is not affected while small fishes get benefited by the movement of large fish.
Thus, mutualism and commensalism is the correct answer.
It's A right??? I'm like 10000000% positive it is..
A person trapped outside during a thunderstorm should
A) lie in a ditch or other low-lying area.
B) get out of a car and take shelter under a tree.
C) stay away from trees, water, and tall objects.
D) run away from the thunderstorm as quickly as possible
if it's a thunderstorm, that means there's lightning, not necessarily a tornado. You're thinking of a tornado. Lightning may strike trees, water, and tall objects, so it's best to stay away from them. The answer is C
The correct answer is option C, stay away from trees, water, and tall objects.
Reason -
Whenever there is a thunderstorm , one must try to stay in place that are devoid of material conducting electricity. In case if some one hide under a tree during a thunderstorm, there are high chances that if lightning hits the tree, the ground charges will spread in all directions thereby leading to more serious causalities.
Which of the following rocks would most likely contain a fossil?
sandstone
granite
marble
basalt
Answer: Option A. "Sandstone"
Explanation:
Fossils are the remains of dead animals and plants formed under rocks from millions of years.
There are basically three types of rocks metamorphic, igneous and sedimentary.
Sandstone are the type of sedimentary rocks, in which most of the fossils are found. they are made up of rock grain formed in low temperatures and pressures which do not harm remaining fossil. fossils of mastodons and dinosaurs are the example found in sandstone.
Whereas granite and basalt (igneous rocks) and marble (metamorphic rocks) are formed under very high heat and pressure that can destroy fossil remains.
Hence, the correct option is A.
The rocks that would most likely contain a fossil is sandstone. The correct option is A.
Sandstone is the one of the listed rocks that is most likely to contain a fossil. Sand grains accumulate and cement together to form sandstone, a sedimentary rock.
Because they are formed by the deposition of sediments, including the remnants of plants and animals, sedimentary rocks are renowned for their capacity to preserve fossils.
Ancient species that became trapped in sedimentary rock strata and were later preserved over time are frequently found as fossils there. The porous structure of sandstone and its capacity to retain water make it an ideal setting for the preservation of fossils.
Contrarily, igneous rocks like granite, marble, and basalt form from lava or molten material and are less likely to contain fossils.
Thus, the correct option is A.
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Your question seems incomplete, the probable complete question is:
Which of the following rocks would most likely contain a fossil?
A. sandstone
B. granite
C. marble
D. basalt
The process of accretion can enlarge the size of a continent along its edge. Where does the new land come from?
A.
cooled and hardened lava from volcanoes
B.
fragments of crust colliding with the continental plate
C.
sediments deposited by rivers and ocean currents
D.
subducted ocean floor
Answer: A. cooled and hardened lava from volcanoes
C. sediments deposited by rivers and ocean currents
An accretion is a process in which new materials are added to a tectonic plate or landmass. This process causes the enlargement of the landmass. The materials being added includes sediments, lava from volcanic eruptions and other materials from other sources.
The process of accretion can enlarge the size of a continent along its edge. The new land comes from the cooled and hardened lava from volcanoes and other reason is sediments deposited by rivers and ocean currents.
Answer:
Fragments of crust colliding with the continental plate
Explanation:
Its just right bro
What is the correct term for organisms that convert gaseous nitrogen into other nitrogen compounds that other organisms can use to produce organic material? Organisms such as some cyanobacteria convert gaseous nitrogen into other nitrogen compounds that other organisms can use to produce organic material. They are referred to as .
Answer: Nitrogen fixing agent
Nitrogen fixation is a biological process that converts atmospheric nitrogen into another forms of nitrogen used by plants and other organisms. Nitrogen fixation is carried out by organism referred as nitrogen fixing agents. The group of nitrogen fixing agent mainly includes many species of bacteria such as cynobacteria. These bacteria lives in symbiotic association with plants. These bacteria have the nitrogenase enzyme that makes a combination of atmospheric nitrogen with hydrogen to produce ammonia, which is further converted into other organic compounds. These organic compounds are necessary for amino acid synthesis in plants , which further helps in synthesis of proteins. These proteins are necessary for growth of plants. In return these bacteria receive nutrition from the plants through roots.
Final answer:
Nitrogen-fixing organisms convert atmospheric nitrogen into usable nitrogen compounds. Cyanobacteria and certain bacteria and archaea are examples, with cyanobacteria using specialized heterocyst cells for the process.
Explanation:
The correct term for organisms that convert gaseous nitrogen into other nitrogen compounds usable by organisms to produce organic material is nitrogen-fixing organisms. These organisms include certain bacteria and archaea, which can fix nitrogen from the atmosphere independently. However, many nitrogen-fixing microorganisms live in a symbiotic relationship with plants, such as Rhizobium species that dwell in root nodules of legumes and free-living bacteria like cyanobacteria. Cyanobacteria are noteworthy as they form specialized cells called heterocysts to fix nitrogen anaerobically, due to the oxygen they produce in photosynthesis, which could otherwise inhibit the nitrogenase enzyme required for nitrogen fixation.
What is this called??!
for future reference: if you get a question with a picture of something asking what it is, right click on the image, and click "search google for image" it will give you the answer. :)
How water and oxygen are transported through the cellular membrane? A) diffusion and osmosis B) facilitated transport and pinocytosis C) pinocytosis and avtive transport D) pinocytosis and diffusion
the answer is ( pinocytosis and diffusion )
In regard to the estuary conservation strategy involving the removal of contaminated substrate, which of these statements are true?
Select all that apply.
A
It is one of the least expensive strategies for conserving estuaries.
B
It disturbs the biotic factors of the estuary floor.
C
It reduces contamination of the water and substrate of the estuary.
Answer: B. It disturbs the biotic factors of the estuary floor.
C. It reduces contamination of the water and substrate of the estuary.
Estuary is a partly enclosed water body which receives water from the streams of rivers and sea. An estuary is a wetland where freshwater river streams meets the ocean water. Therefore, estuary exhibit accumulation of brackish water.
Sedimentation of bed of estuary is caused when the rain, rivers and streams wash off the sediments from the land into the estuary. The sedimentation is speed up by the pollutants being discharged by the agricultural and industrial waste. The accumulation of sediments disturbs the aquatic life and if the sedimentation exceeds, the water in the estuary will dry and estuary will be converted into dryland.
The removal of sediments or contaminated substrate from the estuary can disturb the biotic factors as this measure will remove the plants already growing on the substrate. This may kill the aquatic animals as they may also come out of water along with the substrate.
The removal of contaminated substrate will reduce the contamination of the water. This will help in retaining the aesthetic quality of the region as water will appear clear rather dirty. It will also help to maintain the biodiversity of the estuary water as pollution free water will promote the growth of aquatic plants and animals.
The equation for photosynthesis and cellular respiration are shown above. Which statement below best describes the relationship between photosynthesis and cellular respiration
Answer:
Photosynthesis makes the glucose that is broken down by cellular respiration.
Explanation:
;)
help !!!
i will give you brainliest!!
please help!
Which of the following is a reactant of Aerobic cellular respiration?
a)Glucose
b)Carbon Dioxide
c)Water
d)ATP
What is the main goal of cellular respiration?
a)To make ATP
b)To make food for the cell
c)To make glucose
d)To make CO2
What is the main goal of photosynthesis?
a)To make ATP
b)To make food for the cell
c)To make Oxygen
d)To make Carbon Dioxide
Which of the following statements are correct about the carbon cycle?
a)Matter and energy are recycled within the carbon cycle.
b)Matter is recycled within the carbon cycle, whereas energy flows through.
c)The carbon cycle includes the processes of mitosis and meiosis.
d)Matter and energy flow through the carbon cycle. Both will eventually be used up.
What is the name of the energy molecule for living things?
a)Deoxyribonucleic Acid
b)Adenosine Triphosphate
c)Adenosine Diphosphate
d)Ribonucleic Acid
1. OPTION A, 2. OPTION A, 3. OPTION B, C. OPTION B, C. OPTION B
Glucose is the main reactant of aerobic cellular respiration. Cellular respiration's goal is to produce ATP, while photosynthesis aims to create food for the cell. In the carbon cycle, matter is recycled and energy flows through, and Adenosine Triphosphate (ATP) is the living things' principal energy molecule.
Explanation:1. The primary reactant of Aerobic cellular respiration is a) Glucose. This molecule serves as fuel for the process.
2. The main objective of cellular respiration is a)To make ATP, or Adenosine Triphosphate, which is an energy-carrying molecule.
3. The primary aim of photosynthesis is b) To make food for the cell — in the form of glucose or carbohydrates — utilizing light energy, water, and carbon dioxide.
4. Regarding the carbon cycle, the correct statement is b) Matter is recycled within the carbon cycle, whereas energy flows through. The carbon cycle is crucial for maintaining the carbon balance on Earth, with CO2 being a key component of photosynthesis and cellular respiration.
5. The primary energy molecule for living entities is known as b) Adenosine Triphosphate (ATP). ATP stores and releases energy for various cellular processes.
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Two different species belong in the same class what other levels of classification do they have in common
Answer: Domain, Kingdom and Phylum
The order of classification is: Domain, Kingdom, Phylum, Class, Order, Family, Genus, Species
If two different species belong to same class they will share what is before the class in classification that is Domain, kingdom and Phylum. Since the species are different they will definately share "species" in the classification. Whatever they both will share in order, family, genus depend on their similar characteristic.
Kingdom and Phylum
(answer is short)
Long before man was a dominate species on Earth, there were shifts in Earth's climate. According to the data recorded in the graph seen here, we would assume that a major climatic shift on Earth, from tropical to frigid, occurred about 34 million years ago. We know there have been several ice ages on Earth. If such climatic shifts are naturally occurring and not the result of some catastrophic event like an asteroid impact, how can we explain them?
Natural global warming, interglacial periods and natural cooling, glacial periods, are considered to be initiated by Milankovitch cycles. These orbital and axial variations influence the long-term natural climatic cycles.
Answer:
Before man became dominant species on Earth, the Earth has experienced many climate changes.
Explanation:
Geological records shows that there were many changes in climate such as ice ages, hot conditions, oxygen devoid condition, acidic ocean, with massive extinction. These changes in climatic conditions were caused by orbital wobbles, fluctuation in solar radiations, and continents movements.
As the solar energy output is not constant at all times, it is one of the reasons for changes in climate. Besides, the earth's orbit around the sun is not circle but ellipse, hence the earth would appear to be warmer when the distance between the sun and earth is closer causing temperature changes. Another factor is rotation of the earth on its axis which is inclined at an angle. The angle changes with time causing certain periods to be with warmer summer and colder winters
what is mitosis i want to know for a test
mitosis is dealing with your body
Mitosis is basically cells dividing themselves to multiply. Say you have a cut on your skin. You put a bandage on it, and a couple days later, the cut is gone. You would just think, "Huh! Band-aids are magical!" but, no. Mitosis did that. Ever look in the mirror and wonder how you went from an infant to where you are today. Mitosis did that. Mitosis is the process of cells using asexual reproduction to multiply into exact replicas of themselves. They use genetic information from the nucleus to make replicas of themselves. Their replicas then go on to that cut as a skin cell. Fun fact: overused mitosis is the cause of cancer.
Definition: a type of cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus, typical of ordinary tissue growth.
I hope this helped! Good luck on your test!
A patient mangled his left hand in machinery requiring amputation at the wrist. the wound has healed and the patient is fitted with an artificial hand. the device has a molded socket, flexible elbow hinges and triceps pad. a total of 30 minutes was spent training the patient to use the prosthesis. what codes are reported for the prosthesis, training and diagnosis?
The correct answer is 97761 * 2, L6050, Z44.8, Z89.11.
In the CPT index when one looks for Prosthetics/Training, then one is directed towards 97761. The code is repeated for every 15 minutes. As 30 minutes are spent in training, so 2 units are reported. In the HCPCS level II codebook when one looks for Disarticulation/Wrist prosthesis, one is directed towards codes L6050, L6055. On the basis of description, the prosthesis is reported with code L6050.
In the alphabetic index of ICD-10-CM, when one looks for fitting/device NOS/prosthetic (external), then one is directed towards the code Z44.8. In the index when one looks for the absence of organ or part (complete or partial)/wrist and hand (acquired) then one is referred towards the code Z89.11.
Which of the following statements is FALSE? A) Errors in chromosome separation are rarely a problem for an organism. B) Errors in chromosome separation can result in a miscarriage. C) Errors in chromosome separation can result in cancer. D) Errors in chromosome separation can result in a child with severe handicaps. E) Errors in chromosome separation can cause numerous problems for an organism.
The false statement is: (A) Errors in chromosome separation are rarely a problem for an organism.
Errors in chromosome separation, (chromosomal abnormalities/ aneuploidies) can cause significant problems for an organism. These errors occur during cell division, either in meiosis or in mitosis. When chromosome separation is not accurate, it can lead to the formation of cells with an abnormal number of chromosomes.
If there are significant chromosomal abnormalities in the developing embryo, it can lead to miscarriages. Certain types of cancer are associated with specific chromosomal changes, such as translocations or deletions. Chromosomal abnormalities, like Down syndrome (Trisomy 21), can result in severe intellectual and physical disabilities.
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what ocurrs in an updraft
Updrafts occur as part of the turbulence that is created when air passes over topographic barriers such as mountains.
Answer:
turbulence that is created when air passes over topographic barriers such as mountains.
Explanation:
Why do people who believe in altruism say the opposite view is cynical?
It's nicer to accept gestures at face value.
A person comes across as skeptical and suspicious.
It appears that you are judging whether or not a person's actions are sincere.
choices B and C.
Choices B and C.
Hope this helps :)
Answer: Option B and C
Explanation:
Altruism a concern which includes the happiness of other human beings or animals which results in a quality of life which includes both material and spiritual.
but according to cynical they believe that a person has interest due to selfishness not due to human behavior or integrity.
The people who believe in altruism thinks that cynical behavior is skeptical and suspicious. It also appears that a person is being judged by his action that he is sincere or not.
Which of the following statements about speciation is true? Which of the following statements about speciation is true? Speciation cannot occur in the absence of mutation. Speciation cannot occur in the absence of natural selection. Speciation cannot occur in the absence of genetic drift. Speciation will occur more slowly if the population is large and gene flow is high.
The answer is Speciation cannot occur in the absence of mutation. Speciation cannot occur in the absence of natural selection
please help me !!!!!!! 27 POINTS!!!
Which is an example of limited resource :
a. air temperature
b. available space
c. altitude
The answer is A) air temperature.
The third week after conception, marks the beginning of the _________ period. This is when the baby's brain, spinal cord, heart and other organs begin to form. A) embryonic B) fetal C) implantation D) neonate
Correct answer: A). Embryonic
The embryonic stage in human starts at the time of fertilization and it continues till the end of 10th week of the gestation period. The germinal stage lasts for two weeks after fertilization.
Embryonic stage is the stage during, which all the major organs and structures are formed. The time from the ninth week until the birth of the baby is known as a fetal period.
Why does poaching occur? Give three examples of species that are threatened by this illegal activity.
My answer will be because poaching is a business. And this business moves millions of dollars in the world every year. In addition, it provides food and resources to thousands of people around the world, but it also seriously threatens the lives of millions of species and the balance of their ecosystems, among other problems.
Among the species threatened by this illegal negcocio are:
1. Mountain gorillas
2. White shark
3. The white rhinoceros, enter others.
Poaching occurs due to high demand for animal products, lack of regulation, and the profitability of illegal wildlife trade. Rhinoceroses, elephants, and tigers are among the species threatened by this illegal activity.
Explanation:Poaching occurs for various reasons, such as the high value of certain animal products on the black market, the lack of effective regulation and enforcement in conservation areas, and because of the demand for bush meat and traditional medicine. This illegal activity directs poses a significant risk to the survival of many species, with dire ecological consequences. Species threatened by poaching include:
Rhinoceroses - poached for their horns that are valued in traditional medicine and as status symbols.Elephants - hunted for their ivory tusks which are highly valued in the arts and as ornaments.Tigers - targeted for their skins and body parts, which are used in traditional Asian medicine.Additionally, poaching is exacerbated by factors such as the tragedy of the commons, where resources are depleted due to shared usage without individual accountability, and the high profitability of illegal trades compared to the conservation of species. Efforts from governments and conservation organizations are crucial to enforce poaching laws and protect endangered species.
What is relationship between light intensity and gas production?
What is the most likely reason for using the following model?
The object is too small.
The object represents a set of data.
The object cannot be directly observed.
The object represents a prediction about the future.
Final answer:
Models are used when the object cannot be directly observed to represent a set of data or a prediction about the future. They simplify complex concepts or phenomena, making it easier to understand and analyze them.
Explanation:
The most likely reason for using a model when the object cannot be directly observed is that the model serves as a representation of the object. In this case, the object represents a set of data or a prediction about the future. Models are used to simplify complex concepts or phenomena, making it easier to understand and analyze them. For example, statistical models are used in weather forecasting to predict the likelihood of rain at a given time. Models are not always perfect, but they provide a useful tool for scientists to study and make predictions about the real world.