Answer:
You have not consumed lactose from dairy recently
Explanation:
According to the diagram, there is a represssor element in the regulatory region of the operon. This repressor is blocking the RNA polymerase, that is bound to its promoter region upstream of the genes, from transcription. The repressor is mostly the lac repressor that switches of the operon in the absence of lactose.
What is the relative humidity percentage when the “real feel” is 108 degrees F and the temperature is 96 degrees F?
Answer:
The answer is B. Relative humidity percentage will be 50 %.
Explanation:
Relative humidity is the percentage of water vapors in the air at a particular temperature compared to the how much it can hold at that temperature. if the relative humidity is high (100%) we feel hotter than the actual temperature because water will not evaporate due to air saturation. in this case as the real feel is 108 F at 96 F the relative humidity will be 50 %.
Final answer:
To find the relative humidity based on the 'real feel' temperature of 108 degrees F and an air temperature of 96 degrees F, one would use a Heat Index Chart or calculator. However, without additional information on the actual humidity level, it's not possible to determine the exact relative humidity percentage from just these temperatures.
Explanation:
The question about calculating the relative humidity when the "real feel" is 108 degrees F and the temperature is 96 degrees F requires knowledge of the Heat Index and water vapor density. The Heat Index is a measure that takes into account the relative humidity and temperature to determine how hot it actually feels. To determine the relative humidity given these temperatures, one would typically refer to a Heat Index Chart, which correlates temperature and humidity levels with the perceived temperature. However, without knowing the actual relative humidity or having access to a Heat Index Chart, the exact relative humidity percentage cannot be determined from just the "real feel" and air temperature. Normally, the relative humidity can change as the temperature changes, if the water vapor density remains constant.
Which of the following best describes a vantage of having data presented in a table over a paragraph?
A. The number of digits they can be included within the data.
B. The accuracy of the data.
C. The way that the data is organized.
D. The amount of detail they can be included.
Please help ASAP
Answer:
C. The way that the data is organized.
Explanation:
Placing data in a table allows the reader to have a better view and understanding of the data and how each figure is related to the rest, via columns and rows. It also provides a much better organization of the information.
A, B and D are false answers, because the aspects they mention wouldn't be impacted by a paragraph formatting (numbers would stay the same, just a lot harder to read and understand).
A form of asexual reproduction in which offspring grow from a part of a parent plant is called
Asexual reproduction is a type of reproduction, in which a single parent produces offspring having the same genetic information.
The form of asexual reproduction in which offspring grow from a part of a parent plant is called budding.
Budding can be explained as:
Budding is a mode of asexual reproduction, in which the offspring grows from the body part of the parent.Budding is seen in the hydra. The bud develops from the part of the body, which grows and detaches itself upon maturation.Thus, the correct answer is budding.
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Which of the following statements is true?
There are more species of vertebrates than invertebrates
The largest phylum in the Animalia kingdom is Arthropoda
Sponges are not truly animals because they have cell walls,
All animals in the Chordata phylum are vertebrates
Answer:The largest phylum in Animalia is Arthropoda.
Explanation: the first is wrong because there’s over 1,000,000 discovered species of invertebrates and less than 70,000 describes species of vertebrates
The third is wrong because sponges are animals albeit basal and they don’t have cell wall
The fourth is wrong because there are two subphyla in chordata that aren’t vertebrates: Cephalochordata and Urochordata
The true statement is that the largest phylum in the Animalia kingdom is Arthropoda.
The correct option is B.
What are Arthropods?Arthropods are a member of the phylum Arthropoda.
They mainly contain insects, crustaceans, arachnids.
The main characteristics of arthropods are jointed legs, bilateral symmetry, and segmented body.
Thus, the correct statement is option B, The largest phylum in the Animalia kingdom is Arthropoda.
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The skeletal diagram below shows variations that were present in their common ancestor. Using the diagram determine what most likely caused the variation in forelimbs?
A
changes in the genetic code
B
changes in muscle structure
C
development of vestigial structures
D
trait formation due to behaviors
Answer:
D. trait formation due to behaviors
Explanation:
It is obvious to see that the three animals, cat, whale, and bat, have the same basic structure of their forelimbs, but also that they have developed differently and have taken a new shape. The reason for this is a trait formation due to behavior. The cats ancestors were terrestrial, and the cats have remained terrestrial, walking on their four legs, and having the same shape and function as their ancestors. The whales had similar forelimbs, but their ancestors started to move more and more in water. As they did, they needed more muscle power, but also greater width of the forelimb so that they can move more easily and more efficiently in the water. This behavior has gradually resulted in a flat, strong, peddle like forelimb. The bat too had similar forelimbs to that of the cat, but its ancestors started to try to fly. The process was gradual, and it started with jumping, then longer jumps, development of skin between the fingers, elongation of the fingers, thus provide more area for development of wider skin area. This has resulted in developing a light, wide, skin dominated forelimb with elongated fingers, providing flight for the bat.
Which of the following is the BEST example of primary succession? A forest develops on abandoned farmland A forest develops on the edge of a retreating glacier A forest develops in the area of a forest fire A forest develops in the area of a devastating flood
Answer:
Explanation: Primary succession is one of two types of biological and ecological succession of plant life,Occurring in an environment in which New substrate devoid of Vegetation and other organisms usually lacking soil,such as lava flow or area left from retreated glacier,is deposited. Sorry if I didnt gave answer I still don't know what the answer is so I'm hopeing this explanation will find your answer...good luck!
The best example of primary succession is forest develops on abandoned farmland.
WHAT IS PRIMARY SUCCESSION?Primary succession is a type of ecological succession that begins in areas where they have been no form of life i.e. areas where there is no soil.
In primary succession, certain organisms called pioneers develop on bare land until the community becomes stable.
Therefore, the best example of primary succession is forest develops on abandoned farmland.
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Which of these is a parasite that lives inside its host? A) flea B) heartworm C) mite D) tick
Answer:
heartworm!
Explanation:
What part of the Milky Way allows for determination of its rotational direction? A. Galactic body B. Two long tails C. Celestial body D. Galactic disk
Answer:
The answer is B. Two long tails
Explanation:
"Two long tails extend from the edge of the spiral pattern [of the Milky Way] and trail out beyond the galaxy, giving an indication of the Milky Way's direction of rotation."
This is a sentence taken out of my studying book.
Galactic disk is the part of the Milky Way which allows for determination of its rotational direction.
What is Milky Way ?The Milky Way is the galaxy that includes our Solar System, with the name describing the galaxy's appearance from Earth.The term Milky Way is a translation of the Latin via lactea, from the meaning "milky circle".From Earth, the Milky Way appears as a band because its disk-shaped structure is viewed from within.Galactic DiskA galactic disc (or galactic disk) is a component of disc galaxies, such as spiral galaxies and lenticular galaxies.Learn more about Milky way galaxy here:
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,
21. Wood storks use their long beaks to feel around in shallow water until they find small fish, which they snap up and
eat. Their feeding style is dependent on the natural flood and drain cycles of the Everglades.
Populations of wood storks in the Everglades declined from an estimated 4000 pairs in the 1930s to about 250
pairs in the 1980s. Which human activity has contributed MOST to the reduction of wood stork populations?
building structures on stork breeding grounds
building channels to control water flow in the Everglades
Using stork feathers in clothes
Disturbing storks while boating hunting and sightseeing in the area
building channels to control water flow in the everglades
Explanation:they depend n the fish in the everglades and the waterflow affetcs the way they get the fish
Answer:
Option B, building channels to control water flow in the Everglades
Explanation:
The nesting pattern of wood storks is highly dependent on the pre drainage condition of Everglades region.
However in Everglades region several canals, ditches and roads have been constructed in recent times due to which the drainage pattern and wetland fragmentation is disturbed through out the region. This has lead to the reduction in the nesting activity of Wood Stork across the Everglades which has ultimately caused reduction of wood stork population.
Hence, Option B is correct.
What three processes happen in every geological period?
Answer:
Mass extinctions, Wegenerian cycles, and the emergence of new life forms
Explanation:
Answer:
The correct answer is mass extinctions, Wegenerian cycles, and the emergence of new forms of life.
Explanation:
Every geological period is featured by the occurrences of Wegenerian cycles, mass extinction, and the origination of novel forms of life. The boundaries of the majority of geologic periods are generally mass extinction periods and this mass extinction stimulates the formation of new forms of life.
At the time of the geologic period, an array of tectonic activities plays an essential part as a consequence of the internal functioning of the Earth. The splitting of the continents takes place and arising of new landform at the plate boundaries takes place. This is termed as Wegenerian cycle.
A scientist is conducting an experiment to see which vitamin, brand X, Y, or Z, will help mice gain weight. An equal amount of each vitamin will be mixed with mouse food and given to ten mice every day for ten days. At the end of ten days, all mice will be weighed. What would serve as a good control for this experiment?
Answer:
A good control for that experiment would be a mouse or mice who have been given no vitamins.
Explanation:
So, that they can be compared to the mice who have been given vitamins.
Answer:
The good control would be if a mouse or mice who have given food without vitamin for ten days.
Explanation:
The good control of an experiment must remain equal or the same throughout in order to receive precise or accurate results. It is something that is used as an ideal of comparison for checking the end results of an experiment.
A mouse who have given food without equal or no vitamin for ten days would be a good control as it will help in comparing the weight with the ten mice who were given an equal amount of vitamin for ten days.
Thus, good control would be if a mouse or mice who have given food without vitamins for ten days.
Why does only one egg, rather than four eggs, develop during oogenesis, given that spermatogenesis results in four sperm formed from one stem cell? Why does only one egg, rather than four eggs, develop during oogenesis, given that spermatogenesis results in four sperm formed from one stem cell? Once formed, spermatids, but not oocytes, undergo additional rounds of division by mitosis. Unequal cytoplasmic division ensures that a fertilized egg has ample nutrients for its journey to the uterus. The egg does not go through the meiotic division processes that the sperm undergo. Only one egg can be fertilized at a time.
The unequal cytoplasms division that results in one egg and three polar bodies ensures that a fertilized egg has ample nutrients for its journey to the uterus
the whale shark has rows of teeth despite being a filter feeder. what’s the best explanation of this feature?
A. the whale sharks teeth are an example of vestigial structures, if an inherited feature is no longer needed but also not harmful, there’s no evolutionary pressure to get rid of it
B. the whale sharks teeth are an example of of analogue structures. teeth exist in almost every sea creature, and the whale would be at a defensive disadvantage without them.
C. the whale sharks teeth are an example of homologous structures. other mammals also have teeth, and different teeth in humans have different shapes to serve different functions.
D. the whale sharks teeth are an example of embryonic structures. the teeth buds develop early enough in embryogenesis that the whale shark is still born with teeth.
Answer:
not sure i think a!
Explanation:
The correct answer is A The whale sharks teeth are an example of vestigial structures, if an inherited feature is no longer needed but also not harmful, there’s no evolutionary pressure to get rid of it
Explanation:
In biology, a vestigial structure refers to certain features such as organs or even behaviors that do not have a function or purpose in an organism but are still preserved usually because they do not represent a disadvantage for the organism. This occurs in the case of whale sharks teeth that despite being filter feeders, which means they feed on small organisms such as plankton they still have teeth, that they do not use for feeding or any other function, do not represent a harmful feature but might have a function in the past. Therefore, the best explanation for the teeth of whale sharks is that these are an example of vestigial structure, that was inherited but are not harmful and therefore they are still preserved as there is not an evolutionary pressure to get rid of them.
Fracisco's game involves 3 green, 2 yellow, 4 red, and 3 black marbles. If he randomly draws three marbles from the bag, without replacement, what is the probability that he will draw yellow, and then red, and then black?
Answer:
there are 12 marbles. the probability of getting a yellow would be 2/12, the probability of drawing a red is 4/12, and the probability of getting a black is 3/12. (i think,, dont quote me if im wrong!)
:) have a nice day love ❤
Explanation:
Answer:
1/55
Explanation:
(2/12) X (4/11) X (3/10) = .018
[True or False]
If this were a model of the atom, the nucleus would be in same place as the sun
Answer:
true
Explanation:
Answer:
i think it is false
Explanation:
an nucleus can be anywhere in a cell sorry if im wrong
The following diagram model DNA replication. match letter to location or structure.
Please help I promise to Mark Brainlest!
In the given diagram model of DNA replication, the labels are marked as follows:
A) Replication fork
B) DNA Polymerase
C) Sugar Phosphate Backbone.
The detailed explanation is as follows:
A) DNA Replication Fork:
The DNA replication fork is a critical structure formed during DNA replication, a fundamental process in cell division and genetic inheritance. It represents the point at which the DNA double helix unwinds and separates into two single strands, creating a Y-shaped structure. This unwinding and separation occur due to the action of enzymes called helicases, which break the hydrogen bonds between complementary base pairs.
At the replication fork, each single DNA strand serves as a template for the synthesis of a new complementary strand. DNA polymerases, the enzymes responsible for DNA synthesis, work at the replication fork. One strand, called the leading strand, is synthesized continuously in the 5' to 3' direction, while the other, the lagging strand, is synthesized in short fragments called Okazaki fragments, which are later joined by DNA ligase.
B) DNA Polymerase:
DNA polymerases are a group of enzymes that play a central role in DNA replication and repair. These enzymes are responsible for synthesizing new DNA strands by adding nucleotides to the growing DNA chain, using an existing template strand as a guide. DNA polymerases ensure the accurate replication of genetic information.
These enzymes work in a highly coordinated manner during DNA replication. DNA polymerases add nucleotides to the 3' end of the growing DNA strand in a 5' to 3' direction, complementary to the template strand. They require a primer, typically a short RNA or DNA sequence, to initiate DNA synthesis.
There are multiple types of DNA polymerases in cells, each with specific functions. DNA polymerase III, for example, is the primary enzyme responsible for replicating the bacterial chromosome during DNA replication.
C) Sugar-Phosphate Backbone:
The sugar-phosphate backbone is a structural component of the DNA molecule. It consists of alternating deoxyribose sugar molecules and phosphate groups, linked together by strong covalent phosphodiester bonds. The sugar-phosphate backbone runs along the outside of the DNA double helix and provides structural stability to the molecule.
The nitrogenous bases (adenine, thymine, cytosine, and guanine) project inward from the sugar-phosphate backbone and form the base pairs that connect the two DNA strands. The complementary base pairing between adenine and thymine (A-T) and between cytosine and guanine (C-G) ensures the specific and accurate coding of genetic information.
The sugar-phosphate backbone also plays a crucial role in protecting the genetic information stored within the DNA molecule by shielding the bases from chemical and physical damage. Additionally, it serves as the attachment point for various proteins and enzymes involved in DNA replication, transcription, and other cellular processes.
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R-selected species often experience growth in population giving an curve in a graph
Answer:
R-selected species often experience EXPONENTIAL growth in population, giving a J-SHAPED curve on a graph.
R-selected species are those that have high growth rate. These species may produce many offspring but not all will survive into adulthood.
Answer:
1. EXPONENTIAL
2. J-SHAPED
Explanation:
took test got 100
Asteroids are larger than A. planets. B. meteoroids. C. stars. D. the Sun.
I think it’s B. Meteoroids
Answer:
B.meteoroids
I think this is the answer.
A squirrel population lives in an area. Over many years, a river in that area grows wider and stronger, eventually forming a canyon. The squirrel populations on the two sides of the canyon can no longer mate with each other and ultimately form distinct species. This is an example of
A. differential speciation.
B. sympatric speciation.
C. penultimate speciation.
D. allopatric speciation.
Answer:
The correct answer is D. allopatric speciation
Explanation:
Which of the following chemical reactions proves the fact that the products of photosynthesis are reactants of respiration?
There are no options provided but this is the formula for cellular respiration:
O2 + C6H12O6 + H2O) —> CO2 + H2O + energy
how can urbanization effect a local area
Answer:
It exposes rocks to increased rates of erosion and weathering. It limits the exposure of rocks to acid precipitation.
Explanation:
Hello! :)
Urban populations interact with their environment. Urban people change their environment through their consumption of food, energy, water, and land. And in turn, the polluted urban environment affects the health and quality of life of the urban population.
Hope I helped and wasn’t too late in answering! :D
Good luck! ;b
~ Destiny ^_^
All the alleles for type A antigen
There are three antigens in the ABO blood group system, A, B and H. The ABO gene is located on chromosome 9 and has three alleles, A, B and O. The A allele encodes a glycosyltransferase that adds N-acetylgalactosamine to the glycoprotein H antigen that is expressed on all normal red cells.
Hope this helps:)
A three-letter sequence of mRNA that encodes for specific amino acid is called a/an _. A series of these links specific acids together to form a polypeptide.
a) encryption
b) codon
c) DNA
d) gene
Answer:
B. Codon
Explanation:
Codon refers to nucleotide triplets of mRNA that serve to specify the amino acid sequence of proteins. There are total 64 genetic code that specify 20 standard amino acids found in proteins. All codon together make genetic code. For example: AUG is codon that specify amino acid "methionine". AUG codon also serve as initiation codon during initiation of protein synthesis.
A three-letter sequence of mRNA that encodes for specific amino acid is called a codon. Therefore, option (B) is correct.
A codon is a set of three nucleotides in mRNA that tells which amino acid should be added to a protein. There are 64 genetic codes that specify the 20 standard amino acids present in proteins.
The genetic code is made up of all the codons together. As an example: The codon AUG specifies the amino acid "methionine". The AUG codon can be used as an initiation codon when starting protein synthesis.
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If there are 46 chromosomes then how many chromatids will there be?
Answer: i believe its 92 chromatids
Explanation:
Answer:
92 chromatids
Explanation:
46x2 = 92
If two inedible insects share common colors, they may be warning a predator. This type of defense is called _____. Müllerian mimicry Mallerina mimicry Batesian mimicry
Answer:
Mullerian mimicry
Explanation:
The Mullerian mimicry is a type of mimicry where two or more organisms that are not closely related have mimicked each other for the benefit of all of them. This occurs usually at species that are not closely related, but are similar in size and often in shape. Both species have a proper defense mechanism, being very toxic, containing some acids, being uneatable, but in order to avoid injuries or mistaken attacks, they have also developed a warning signal, usually manifested through their coloration. Both species develop the same type of coloration and patters, making them look almost identical. This is for the benefit of both species, as the predators that they have in common will avoid both species by thinking that it is only one species that is not good for eating, thus having it more easy for remembering and avoiding, especially when it comes to the younger individuals of the predators.
Answer:
Mullerian
Explanation:
Mullerian mimicry is one in which BOTH the mimic and the model are BOTH dangerous to the potential predator and there is no distinction between the mimic and the model.
both dangerous to the potential predator = two INEDIBLE insects, as the question is worded. was correct after graded in ody ssey
Choose all the answers that apply.
Ethical scientists -
follow the scientific method.
report accurate data.
keep detailed records.
don't let results of experiments out to the public.
make unbiased conclusions.
ethical scientist would follow scientific method they would also report accurate data and they're going to keep detailed records now an ethical scientist is not going to hide their experiment from the public the only reason you're going to hide your experiment from the public would be because you have something to hide being on ethical and it would also be unethical to make an unbiased conclusion
Answer: follow the scientific method.
report accurate data.
keep detailed records.
make unbiased conclusions.
Explanation:
Ethical scientists are those scientists which performs the research and write their data in an accurate manner. These are the scientists which keeps the detailed records. These make unbiased conclusions only based on their observations and results. They keep in mind the relevance of ethical research and they also present and publish their research public-ally.
Single called organisms that love moisture
Answer:
Single celled organism that love moisture is yeast.
Explanation:
Yeast is a single cell organism that is grouped with kingdom fungi. The commonly known yeast is Saccharomyces cerevisiae that is used for baking and brewing industry. Yeast fermentation requires moisture and a warm environment. The moisture and carbohydrates are hydrolyzed during fermentation process to the simple sugars.
ornithology and ichthyology are both the studies of types of mammals
False. Ornithology is study of birds and ichthyology is of bony fish
Ichthyology studies fish, while ornithology examines birds. Mammals are unrelated to either.
The fields of ornithology and ichthyology do not study mammals. Fish is studied by the field of Ichthyology, whereas birds are studied by Ornithology. Although they are classified as vertebrates, fish and birds are not mammals. Mammary glands and hair are characteristics of mammals.
Mammals are a class of animals that have glands for producing milk and hair. Mammals include creatures like dogs, humans, and whales.
In summary, Ichthyology examines fish, while Ornithology investigates birds. Neither has to do with animal kinds. Mammary glands and hair are two characteristics that set mammals apart.
Complete these sentences by selecting the correct answers from the drop-down menus.
After one half-life,__ % of the atoms will change to a stable isotope and__ % will remain radioactive.
After three half-lives,__ % of the atoms will change to a stable isotope and__ % will remain radioactive.
-12.5
-25
-50
-75
-87.5
Please help me i can't quiet figure it out hehe I'll give you 25 points
Answer:
I took the test in K12, the correct answer is
After one half-life, 50% of the atoms will change to a stable isotope and 50% will remain radioactive.
After three half-lives, 87.5% of the atoms will change to a stable isotope and 12.5% will remain radioactive.
Give me Brainliest
After one half-life, 50% of the atoms will reverse to a stable isotope and 50% will stay radioactive.
What do you mean by Half-life?Half-life may be defined as the time required for the radioactivity of a specified isotope to drop to half its initial value.
After three half-lives, 87.5% of the atoms will reverse to a stable isotope and 12.5% will stay radioactive.
When the initial value of any compound is 100%, after one half-life, it will reduce to 50%, after the second half-life, it will reduce to 25%, after the third half-life, it will reduce to 12.5%, and goes on.
Therefore, it is well described above.
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You find an organism that can only be seen under a microscope. When you examine it, you cannot find a nucleus but you see a nucleoid region. What is a likely classification for this organism?
A. Prokaryotic
B. Eukaryotic
C. Unicellular
D. Multicellular
Prokaryolotic so a would be the answer
Answer:
a
Explanation: