Answer:
I think it depends heavily on both insects and birds
Which of the following is NOT a piece of information that forensic scientists should include on the label of a drug found at a crime scene?
O A. where the drug was found
О в.
the forensic scientist's opinion of what happened at the crime scene
O C.
the condition of the drug when it was found
O D. the results of any presumptive drug tests done at the scene
Explanation:
The answer is B. the forensic scientist's opinion of what happened at the crime scene.
Forensic scientists should not include their opinion of what happened at the crime scene on the label of a drug found there, as this is not a factual piece of information that can be determined by scientific analysis. The label should include where the drug was found, the condition of the drug when it was found, and the results of any presumptive drug tests done at the scene, as these are all objective pieces of information that can be used in the investigation and prosecution of the crime.
In the genetic code, a sequence of nucleotides
in constitutes a(n) __, which specifies a
particular amino acid.
In the genetic code, a sequence of nucleotides in constitutes codon, which specifies a particular amino acid.
What is genetic code?Genetic code is the set of instructions in a living organism's DNA that tell cells which molecules to make. It is comprised of nucleotides, which are the building blocks of DNA and RNA. These nucleotides are organized into codons, which are three-nucleotide sequences that code for a specific amino acid or stop signal. The sequence of codons along a strand of DNA determines the sequence of amino acids in a protein, which determines the protein's function. Genes are the stretches of DNA that contain the information for making proteins, and the genetic code is the set of rules by which that information is translated into proteins.
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In the genetic code, a sequence of nucleotides in constitutes a(n)___, which specifies a particular amino acid.
The pGoG protein js known to block the G1 to S transition in the cell cycle. Explain why this prevents mitosis from happening in the cell
The hypophosphorylated Rb gene or its associated proteins, p107 and p130, control the development of differentiated mammalian cells from G1 to S phase by inhibiting the expression of genes necessary for S phase entrance by sequestering the E2F family of transcription factors.
What would occur if the G1 checkpoint failed to function?Cells contain a number of crucial checkpoint mechanisms in this phase that make sure the cell is in good enough shape to move on to the following phase of the cell cycle. Cells can advance through the G1 phase without hindrance when these pathways malfunction owing to genetic abnormalities, according to Steven Cappell, Ph. DNA in cells that are going through the preparatory activities during G1
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What is true of carbon atoms?
a They are not found in living organisms.
b They have five valence electrons.
c They can form up to four covalent bonds.
d The do not bond with other elements.
The statement that is true about carbon atoms is as follows: They can form up to four covalent bonds (option C).
What are the characteristics of carbon?Carbon is chemical element (symbol C) with an atomic number of 6.
It can be found in pure form for example as graphite, a black, shiny and very soft material, or diamond, a colourless, transparent, crystalline solid and the hardest known material.
Carbon has four electrons in its valence (outer) shell, it can form four covalent bonds with other atoms or molecules. This allows carbon to share four electron pairs with other atoms.
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Sort each description by the type of RNA it describes.
There are three types of RNA, each with a distinct purpose.
RNA, also known as ribonucleic acid, is a nucleic acid that is vital for protein synthesis in living organisms. It also consists of a sugar-phosphate backbone with nucleotide bases attached.
In eukaryotic cells, three types of RNA exist, each with a distinct purpose. The three types of RNA types are:
messenger RNA (mRNA) transfer RNA (tRNA) ribosomal RNA (rRNA)mRNA (messenger RNA): carries genetic information from DNA to ribosomes in the cytoplasm, where it is translated into protein. tRNA (transfer RNA): transports amino acids to ribosomes during protein synthesis. rRNA (ribosomal RNA): aids in the construction of ribosomes, which are the sites of protein synthesis.
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The types of RNA are: messenger RNA (mRNA), ribosomal RNA (rRNA), and transfer RNA (tRNA).
mRNA: mRNA is the type of RNA that carries genetic information from DNA to the ribosome. This is used for the production of proteins.
rRNA: rRNA is the type of RNA that is found in ribosomes. Ribosomes are the structures within a cell that read the mRNA and build the proteins.
tRNA: tRNA is the type of RNA that carries amino acids to the ribosome. The ribosome reads the mRNA and builds the protein with the help of the tRNA.
In summary, mRNA carries genetic information from DNA to the ribosome, rRNA is found in the ribosome, and tRNA carries amino acids to the ribosome.
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People discovered long ago that cross pollination of certain plant varieties could improve farm crops' flavor. Answering which question BEST helps people to produce crops with desired flavors?
A
How does cross pollination produce unique offspring with different flavors?
B
Which plants need to be selected for breeding to produce the best-tasting offspring plants?
C
Which genes in plants code for a sweet flavor?
D
How does artificial selection of crops affect surrounding crops?
Which plants must be chosen for breeding in order to generate the offspring plants with the best flavour are Cross-pollination of specific plant kinds was long known to enhance the flavour of farm produce.
What strategies do plants employ to promote cross-pollination?Plants have developed a variety of sophisticated strategies for luring pollinators. These techniques include trapping, mimicry, fragrance, food, and visual signals.
Explain your approach to preventing cross-pollination.In order to generate healthy seeds, plants that are wind- or insect-pollinated require pollination from blossoms on other plants (of the same or different types). You would need to plant various types at least 100 yards (91 metres) apart to prevent cross-pollination.
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the introductory passage describes work to develop increasingly synthetic cells. what are some reasons that researchers are so interested in developing synthetic life, as opposed to simply developing more approaches to work with existing species of organisms? you should speculate about realistic options, as these are not all listed in the chapter.
Researchers will be able to discover bare minimum of genes required for a cell to function thanks to synthetic cells. It is possible to modify synthetic cells such that they can be used for a range of manipulations.
An manufactured particle known as a synthetic cell imitates one or more biological cells' functions. Artificial cells are frequently made of biological or polymeric membranes that contain biologically active components. As a result, a variety of particles, including liposomes, polymersomes, nanoparticles, and microcapsules, might be considered artificial cells.
"Synthetic cell" refers specifically to biological cells, implying that these structures must be alive. "Artificial" implies that these structures were created artificially from the ground up, starting with their most fundamental elements. There is currently no artificial cell of this type.
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do you think that cuscuta shown in the image has chloroplasts and engages in photosynthesis?
The pathogenic herb known as asiatica wraps itself around the plant body and gorges on it. As a result of the leaves' reduction to tiny scales and absence of chlorophyll, they are unable to carry out photosynthesis.
Chloroplasts for photosynthesis do they exist in all plants?The capacity of plants to carry out photosynthesis—essentially producing their own sustenance by converting light into chemical energy—is one of their most well-known and crucial traits. This process occurs out in specialised organelles called chloroplasts, which are found for almost all plant species.
Why Can't Cuscuta Plants Photosynthesis?A pathogenic plant is dubbed cuscuta, also called to as associated with the impact plant. It cannot perform photosynthesis since that lacks chlorophyll. Via haustorial (sucking) stems, it absorbs nutrients from the other plants, also referred to as host plants.
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Describe the movement of the floating object as a wave passes by, and explain why the object is not carried forward with each wave.
2Points
Your answer should include at least two complete sentences.
Be sure to check your grammar and spelling.
You may choose to use the sentence starters below to help you:
When a wave passes by, the floating object will _________________.
The object is not carried forward with the wave because ______________________.
Answer:
move in a circular motion.
Explanation:
Waves are actually energy passing through the water, causing it to move in a circular motion. When a wave encounters a surface object, the object appears to lurch forward and upward with the wave, but then falls down and back in an orbital rotation as the wave continues by, ending up in the same position as before the wave came by.
In what way do you think the location of the foramen magnum relates to the movement of each species
If the foramen magnum reveals how the spine sits in relation to the head, then it will be possible to determine whether the creature was moving on two legs or in another fashion.
The location of the aperture could thus reveal when our ancestors first adopted the upright, bipedal stance that is so frequently thought to be the distinguishing feature of humanity. The results show that in addition to humans, other typically bipedal species also have a foramen magnum at the base of the skull. The foramen magnum is more forward-shifted in kangaroos, kangaroo rats, and jerboas than in their quadrupedal (four-legged walking) close cousins.
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Explain how the Moon orbits the Earth.
Answer:
the moon orbits the earth in a circle, which makes the moon seam to have different fases because of the sun.
Which factor is a biotic factor of an ecosystem?
Responses
the amount of water vapor present in a rain forest
the bacteria that live in the intestine of a rabbit
the rocks that provide cover for a rattlesnake
the temperature of water in a stream
Answer:
the bacteria that live in the intestine of a rabbit
Explanation:
you might first think that it's the rocks that provide cover for a rattlesnake
bc a rattlesnake is a biotic factor but a rock is abiotic so it's abiotic to biotic while the bacteria that live in the intestine of a rabbit is biotic to biotic bc bacteria is a living component.
Please answer the question in the image.
Answer:
first option
Explanation:
Homeostasis is the method where the body maintains stability by monitoring and adjusting different parameters
true/false. does act media harbors selective components that discourage the growth of fast growing bacteria (polysaccharide carbon sources) and slow growing fungi (cyclohexamide - eukaryotic translational inhibitor).
The statement ' does act media harbors selective components that discourage the growth of fast growing bacteria (polysaccharide carbon sources) and slow growing fungi (cycloheximide - eukaryotic translational inhibitor)' is False because ACT media (acetate-carbon-tryptone) is specifically designed to encourage the growth of fast-growing bacteria by providing polysaccharide carbon sources.
For microorganisms to grow and reproduce, they require nutrients, a source of energy, and specific environmental conditions. Microbes have evolved to live in the environments that best fit their demands in the natural world. Nevertheless, culture medium in the laboratory must fulfil these needs.
The foundation of a culture medium is an aqueous solution to which all required nutrients have been added. Several sorts of media can be created depending on the type and combination of nutrients.
ACT media (acetate-carbon-tryptone) does not contain cycloheximide, which is a eukaryotic translational inhibitor that discourages the growth of slow-growing fungi.
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Multiple Select Question
Select all that apply
Which events occur in a cell during metaphase?
A. The microtubules of the spindle apparatus begin to shorten.
B. The sister chromatids to separate into two identical chromosomes.
C. Sister chromatids line up in the equator of the cell.
D. Sister chromatids are pulled by motor proteins along the spindle apparatus toward the center of the cell.
Answer:
The only correct options are C and D.
3. ¿Cuál es el valor de la constante efectiva de dos resortes idénticos conectados en serie que está utilizando un artista para una instalación de la próxima bienal, si la constante de cada uno de ellos es de 200 N/m y sobre los cuales cuelga un determinado peso?
Alguien me ayuda
The effective spring constant of the two identical springs connected in series is 100 N/m.
The effective spring is a constant of two identical springs connected in series, each with a spring constant of 200 N/m, that an artist is using for an installation at an upcoming art exhibition.
When springs are connected in series, their effective spring constant is less than the spring constant of each individual spring. The effective spring constant is given by the equation:
1/keff = 1/k1 + 1/k2 + ...
where keff is the effective spring constant, k1, and k2 are the spring constants of the individual springs, and the ellipsis represents any additional springs in the series.
In this case, since there are only two springs connected in series, the equation simplifies to:
1/keff = 1/200 + 1/200
1/keff = 2/200
1/keff = 1/100
Solving for keff, we get:
keff = 100 N/m
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Complete question:
What is the value of the effective constant of two identical springs connected in series that an artist is using for an installation of the next biennial, if the constant of each of them is 200 N/m and on which a certain weight hangs?
How does the color of a peppered moth affect survival?
The color of a peppered moth can affect its survival by making it more or less visible to predators, which can have a significant impact on the moth's ability to avoid being eaten and to reproduce.
In the 19th century, before the Industrial Revolution, the peppered moth population in England was predominantly light-colored with dark speckling, providing camouflage against the light-colored lichens that grew on trees. However, as industrial pollution caused the lichens to die off, the tree trunks became darker, making the light-colored moths more visible to predators like birds.
As a result, a genetic mutation that produced a darker coloration in some moths became advantageous. These darker moths were better camouflaged against the dark tree trunks, and were more likely to survive and reproduce, passing on their genes for darker coloration to their offspring. Over time, the frequency of the dark allele increased in the population, resulting in a shift in the proportion of light- and dark-colored moths.
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True or False. If the statement is true, write true. If it is false, change the underlined word or words to make the statement true.
Inferences are explanations or interpretations of the observations made using our senses.
Answer:
True!
Explanation:
Inferences are explanations or interpretations of the observations made using our senses. When we make observations, we gather information using our senses, such as sight, hearing, touch, taste, and smell. We can then use this information to make inferences or draw conclusions about what we have observed. Inferences can be influenced by our prior knowledge, experiences, and biases, so it is important to be aware of these factors when making inferences.
Rh positive blood (R) is dominant over Rh negative blood (r). When blood samples from 999 people were tested, 74. 4% were Rh positive, and 25. 6% were Rh negative. What percent of the people are expected to be RR,Rr, and rr?
Answer:
50 50
Explanation:
half and half is always 50 50
when drawing out chromosomal inversions and resulting recombination, describe the differences you see in each of the following scenarios (especially the results): ectopic recombination paracentric inversion pericentric inversion
When drawing out chromosomal inversions and resulting recombination, the differences you will see in each of the following scenarios are:
1. Ectopic recombination: Ectopic recombination occurs when two DNA sequences that are not normally adjacent to each other become joined together. This can result in the formation of a new gene or the creation of a new chromosomal arrangement.
2. Paracentric inversion: A paracentric inversion occurs when a segment of a chromosome is inverted, but the centromere is not included in the inversion. This can result in the formation of a dicentric chromosome (with two centromeres) and an acentric chromosome (with no centromere).
3. Pericentric inversion: A pericentric inversion occurs when a segment of a chromosome that includes the centromere is inverted. This can result in the formation of a new chromosomal arrangement, but it does not typically result in the formation of dicentric or acentric chromosomes.
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Plants make their food with the help of sunlight.
Which component of air do they use during this process?
Answer: carbon dioxide
For each animal listed, select the phylum to which it belongs.
starfish
crab
snail
shark
earthworm
Answer:The phylum of animals given below:
Starfish: echinoderm
Crab: arthropod
Snail: mollusk
Shark: chordate
Earthworm: Annelida
Explanation:
rizz god fr
what are characteristics of polygenic traits? select all that apply. responses on a histogram, traits distribute on a bell-shaped curve. on a histogram, traits distribute on a bell-shaped curve. traits are always found in a 9:3:3:1 ratio. traits are always found in a 9:3:3:1 ratio. traits are continuous across a range. traits are continuous across a range. traits are discrete.
The characteristics of polygenic traits are: on a histogram, traits distribute on a bell-shaped curve, traits are continuous across a range, and traits are not discrete. Thus, the correct options are option A, B, and F.
Polygenic traits refer to the characteristics that are governed by the interactions of more than one gene. These traits exhibit characteristics that are more complex in nature than other simple traits such as the dominant-recessive traits or the incomplete dominance traits.
Polygenic traits can be continuous or qualitative in nature, and traits like skin color, height, and hair color are some examples of polygenic traits.
In the case of polygenic traits, each additional gene contributes to a new level of expression, and thus, these traits exhibit a continuous distribution of phenotypes. As a result, the distribution of polygenic traits on a histogram is usually bell-shaped with the majority of the individuals lying in the middle of the distribution.
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Umm I really need these questions answered. PLEASE
The biosphere is comprised of all ecosystems that exist on Earth. The biosphere encompasses everything from deep tree root systems to the gloomy conditions of ocean depths, lush rain forests, high mountaintops, and transition zones like this one, where ocean and terrestrial ecosystems collide.
What is biosphere made of?The biosphere is comprised of all ecosystems that exist on Earth. The biosphere encompasses everything from deep tree root systems to the gloomy conditions of ocean depths, lush rain forests, high mountaintops, and transition zones like this one, where ocean and terrestrial ecosystems collide.
The Great Gobi Biosphere Reserve is one of the world's biggest Biosphere Reserves. It depicts the Central Asian deserts and is located in the south-west of Mongolia, near the border with the People's Republic of China. The Great Gobi has a largely continental climate due to its isolation from the sea by the surrounding mountains.
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What does RNA stand for?
Answer:
RiboNucleic Acid
Explanation:
Answer: Ribonucleic Acid
Explanation:<font color="#FF0000">R</font><font color="#FF8000">i</font><font color="#FFFF00">b</font><font color="#007940">o</font><font color="#4040FF">n</font><font color="#A000C0">u</font><font color="#FF0000">c</font><font color="#FF8000">l</font><font color="#FFFF00">e</font><font color="#007940">i</font><font color="#4040FF">c</font><font color="#A000C0"> </font><font color="#FF0000">A</font><font color="#FF8000">c</font><font color="#FFFF00">i</font><font color="#007940">d</font>
the illusion of the ames room works because the illusion of the ames room works because conflicting occlusion cues make a depth determination ambiguous. size is computed from an incorrect estimate of distance. the conflict between texture gradient and convergence cues is incorrectly resolved. distance is inferred from an incorrect assumption about size.
How is a phenotype determined in living organisms? Choose the BEST answer.
With a pedigree
Inherited genes from the parents.
Genetic combination of alleles
Through genetic counseling
What is MOST likely the biggest environmental problem with burning an oil slick in the ocean to remove it? A. It creates air pollution. B. The process is too slow to help wildlife. C. It only removes the top layer of oil. D. The fire kills organisms living on the surface.
Answer: The biggest environmental problem with burning an oil slick in the ocean to remove it is that the fire kills organisms living on the surface of the water. Option D is the correct answer. Burning an oil slick can create a significant amount of smoke and air pollution, but the immediate impact on surface-dwelling organisms, such as birds and fish, is the most significant concern. Additionally, burning the oil only removes the top layer, leaving behind potentially toxic residues that can still be harmful to marine life. The process can also be slow and dependent on weather conditions, making it an ineffective solution for some situations.
your welcome.
Explanation:
place the following in correct sequence from the formation of a drop of urine to its elimination from the body: 1. major calyx 2. minor calyx 3. papilla of pyramid 4. urethra 5. ureter 6. bladder
The formation of a drop of urine to its elimination from the body is as follows:1. Minor calyx.2. Papilla of pyramid.3. Major calyx.4. Ureter.5. Bladder.6. Urethra.
The renal pyramids have several small cones known as papilla of pyramids at the base. The urine flows via small ducts known as ducts of Bellini into the renal pelvis, which is located in the center of the kidney, after being formed in the renal tubules.The renal pelvis divides into two or three main calyces (minor calyx), which are cup-shaped structures that collect urine and transport it to the renal pelvis. The major calyces are located in the renal pelvis and are made up of two or three minor calyces.After the urine has gathered in the calyces, it is emptied into the ureters, which are long, thin tubes that transport urine from the kidneys to the bladder. The bladder is a muscular organ located in the pelvis that stores urine until it is ready to be excreted.The urethra is a tube that runs from the bladder to the outside of the body, allowing urine to exit the body. Therefore, this sequence represents the process of urine formation and elimination from the body is Minor calyx → Papilla of pyramid → Major calyx → Ureter →Bladder → Urethra.Learn more about urine: https://brainly.com/question/479947
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Sickle cell disease is a recessive disorder. If both parents are carriers (heterozygous) of sickle cell, what is the chance that their offspring will inherit the sickle cell disorder?
100%
75%
50%
25%
0%
Answer:
25%
Explanation:
Both parents are heterozygous, and it is stated that the sickle cell disease is a recessive disorder. This means that, as long as there is a dominant trait present, the sickle cell will not be seen on the individual that inherits it (though they may have a chance of carrying it. Set the Punnett Square. Remember that heterozygous means that they are carriers (Aa):
[tex]\left[\begin{array}{ccc}&A&a\\A&AA&Aa\\a&Aa&aa\end{array}\right][/tex]
In the given Punnett Square, the dominant trait is found in 3 of the 4 possible offspring pairs. This means that the chance the offspring will inherit (and show) the sickle cell disorder is 25%, while the chance of them being recessive carriers is 50%, and the possibility of having no trait is 25%.
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