Answer:
An organism requires all four main biomolecules because each provides a specific and necessary function for the organism. None of the biomolecules is more important than another, and if any of them were missing, life would not be possible.
Explanation:
The main biomolecules of living beings are carbohydrates, proteins, lipids and nucleic acids, each with a specific function and necessary for the development of life.
The presence of these four biomolecules is necessary because each one fulfills specific and irreplaceable functions, such as:
Carbohydrates: are the main source of energy, forming part of organic biomolecules such as glycolipids, glycoproteins or sugars that form the structure of nucleic acids.Proteins: important for their structural function and for molecules such as enzymes, which contribute to organic functions. They are also part of the cell membranes.Lipids: are the molecules that predominantly form the cell membranes. Additionally, they form functional molecules, such as hormones, and are a reserve energy source.Nucleic acids: DNA and RNA are not only necessary for organic biosynthesis, but also determine the structure and function of each organism. The reproductive and perpetuation function of the species is based on the transfer of genetic material contained in the DNA to the offspring.What would occur if any of these biomolecules were missing?If one of the main biomolecules were missing, the function it provides could not be supplied by another, which would imply the non-viability of a living being. If carbohydrates are missing there is no source of energy, without proteins there would be no tissues like muscle and no enzymes to facilitate organic reactions and without lipids there would be no cells. The absence of nucleic acids, per se, would determine the impossibility of all organic processes.
Are any of the biomolecules more important than the others?No one biomolecule is more important than another. Each one of them fulfills a specific and necessary function that cannot be supplied by another biomolecule.
Is there one that we could live without?All organic molecules are necessary, fulfilling an important function. The lack of any biomolecule in the organism is incompatible with life.
An organism requires all four of the main biomolecules because they're all important for the effective functioning of the organism.
It should be noted that the main biomolecules include protein, lipid, carbohydrates, and nucleic acids. They all play a vital role in how an organism functions.
If any of these biomolecules were missing, the function that can be provided by the biomolecule can't be provided by another biomolecule since they all play different roles. Also, there's no biomolecule that's important than another.
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ATP is a(1 point)
storable form of energy.
usable form of energy.
form of energy that can be used and stored.
form of energy that can be stored and released as heat.
Hello there!
Your answer should be ATP is a stored form of energy.
You see, Think of it as the “energy currency” of the cell. If a cell needs to spend energy to accomplish a task, the ATP molecule splits off one of its three phosphates, becoming ADP (Adenosine di-phosphate) + phosphate. The energy holding that phosphate molecule is now released and available to do work for the cell. Hope this works!
Answer:
a storable form of energy
Explanation:
How can point and frameshift mutations contribute to biodiversity of Earth? Explain your
answer.
Answer:
These mutations form new alleles that increase genetic variation in a population. This variation may lead to new species which increases biodiversity.
Explanation:
Mutations are randomly occurring modifications that exist within the genetic code, leading to replication errors in DNA. DNA molecules are long-chain, helical macromolecules that store genetic material. They consist of different monomer sequences called nucleotides. In a reading frame, which contains instructions for protein production, they shape base pairs and codon sequences.
Single nucleotide polymorphisms are normal, as silent mutations, which sometimes result in no changes in amino acids. Some mistakes add a random nucleotide (SNP) in point mutations resulting in new alleles.
Frameshift mutations occur from nucleotide insertions or deletions that are not divisible by 3. This results in the codon requiring more or fewer nucleotides which disrupt the reading frame, resulting in a separate protein translation.
If you wanted to study dolphins and porpoises, which zone would you want to investigate first?
Answer:
Answer is Sublittoral
which type of chemical change will produce ash A.burning B.melting C.rotting D.rusting help please
MARKING PEOPLE AS BRAINLIST ALL DAYYY!
18. A person who is lactose intolerant:
A. Doesn't have the enzyme lactose to break down the lactase sugar.
B. Doesn't have the enzyme maltase to break down the sugar in milk.
C. Lacks the enzyme to break the milk sugar down into glucose & galactose .
D. Should have no problems eating dairy and drinking milk, so drink up!
Answer:
B
Explanation:
Refer to the diagram provided. This cell can conduct cellular respiration. Name a product of cellular respiration that is used as a reactant in photosynthesis?
CO2
ATP
Glucose
02
Answer: CO2
Explanation: A product of cellular respiration is Carbon Dioxide. Carbon dioxide is also needed for plants to go through photosynthesis. Therefore, that would be the product to cellular respiration and the reactant in photosynthesis.
A. CO₂
Cellular respiration is the process by which organisms use oxygen to break down food molecules to get chemical energy for cell functions. The energy released is captured in molecules of adenosine triphosphate, or ATP, which then supply it to fuel other cellular processes.The process begins in the cytoplasm and is completed in a mitochondrion. Cellular respiration occurs in three stages: glycolysis, the Krebs cycle, and electron transport.Oxygen and glucose are both reactants in the process of cellular respiration. The main product of cellular respiration is ATP; waste products include carbon dioxide and water.
Therefore, option A is correct.
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During which geologic time period were Oklahoma's igneous rocks uplifted?
Ordovician
Precambrian
Pennsylvanian
Cambrian
Cambrian is the geologic time period were Oklahoma's igneous rocks uplifted
The Cambrian is the Period was the first geological period of the Paleozoic Era, and of the Phanerozoic Eon. The Cambrian lasted of about 53.4 million years from the end of the preceding Ediacaran Period 538.8 million years ago to the beginning of the Ordovician Period 485.4 mya. Its the subdivisions, and its base, are somewhat in the flux In the early Cambrian, Oklahoma's the Earth was generally cold but was then gradually warming as the glaciers of the late Proterozoic Eon receded. Tectonic is the evidence suggests that the single supercontinent Rodinia are broke apart and by the early to the mid-Cambrian there were two continents.
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In plants, what is the function of the xylem?
A. To move carbon dioxide through the stem
B. To absorb sunlight
C. To move water through the roots
D. To absorb oxygen
this is on 02.05 plant growth in agriscience foundations 1 flvs
Answer:
Xylem is one of the two types of transport tissue in vascular plants, phloem being the other. The basic function of xylem is to transport water from roots to stems and leaves, but it also transports nutrients.
Explanation:
in which direction do striped bass migrate in the winter
Answer:
south
Explanation:
Striped bass will tolerate water Temps in the mid 40s and are one of the last species to migrate south to their winter grounds
Answer:
Striped Bass migrate south in the winter.
Explanation:
Which of these seed parts provides nourishment during germination?
A. embryo
B. endosperm
C. seed coat
In the photosynthesis lab, the chromatography solvent was meant to destroy the pigments.
True
False
Answer:
False.
Explanation:
Brainliest please? I only need 2 more to level up...
How does a population experience variation in traits?
A. through mutations and genetic recombination
B.through the introduction of an invasive species
C. through a decreased death rate
D.through an increased birth rate
Answer:
I'll say A, through mutations and genetic recombination.
Tanyia
If the sperm of a boa constrictor has 18 chromosomes, how many chromosomes will each skin cell of the snake have?
Answer:
18 chromosomes
Explanation:
If the sperm of a boa constrictor has 18 chromosomes, the number of chromosomes that each skin cell of the snake will have is 36 chromosomes.
What is meiosis?Meiosis is the process of gamete formation where each daughter cell or gamete contains half the number for f chromosomes as the parent cell.
According to this question, the sperm of a boa constrictor has 18 chromosomes. The sperm is a gamete formed as a result of meiosis.
Therefore, If the sperm of a boa constrictor has 18 chromosomes, the number of chromosomes that each skin cell of the snake will have is (18 × 2) = 36 chromosomes.
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what are plants and some other Types of animals that make their own
food?
Algae
Corn plant
Grass
Wheat
Seaweed
Phytoplankton
The concentration of water is higher inside of a cell than it is outside of a cell. Which way will the water move?
A. Into the cell
B. out of the cell
C. it will stay the same
Answer:
c.it will stay the same
4. Viruses act like because they destroy the cells in which they multiply
Answer:
True
Explanation:
_______ is the form of energy that your cells require to perform their functions. This form of energy is made in the _______ in a process known as ____________.
Answer:
Need more info please and thank you
Explanation:
I can help you but please give ne more info
Answer:
ATP is the form of energy that your cells require to perform their functions. This form of energy is made in the mitochondria in a process known as cellular respiration.
Explanation:
***I'm assuming that this question relates to respiration as it has to do with energy. ATP energy are products of cellular respiration. Along with ATP energy, we also have 2 more products, which is H2O and CO2.
We breathe out carbon dioxide since we don't need CO2 in our bodies and we sweat water by the amount of heat + energy you are using up.
***We need to undergo cellular respiration to obtain energy. To obtain this energy, you need the mitochondria as it is the powerhouse of the cell. The mitochondria creates that energy you need as a living organism.
What describes a group of organisms that are members of a species
If shaded symbols indicate having a dominant trait, what must be the genotype of the father in this pedigree chart?
Answer: The father must have a hetero'zygous genotype since both his offspring show the recessive trait even though he shows a dominant trait!
Answer:
Heterozygous
Explanation:
The offspring both carry recessive genes. The recessive gene will show up more often if one of the parents are heterozygous of the gene along with the other having recessive.
If the father was had both of the dominant traits, the offspring would inherit his trait instead.
In an experiment, the presence of an____is manipulated by the researchers so that it affects may be determined
Answer: independent variable
Explanation:
Can someone design me an infographic explaining climate change and what we should do about it. In 30mn or a hour please it’s urgent. Thanks for your time.
What's an infographic?
Answer:
lol for 5 points
Explanation:
What statistical measure is used to measure narrow-sense heritability by comparing parents to their offspring
For assessing the almost full additive genetic variation while potentially avoiding biases that can occur when modeling close relatives is possible by correlating phenotypic similarity to degree of IBD sharing among conventionally unrelated people.
What is heritability?Heritability is an important genetics parameter is heritability. Traditional estimates based on family or twin research may be inaccurate because of genetic variance that is not additive or shared environmental factors.
The narrow-sense heritability supplied by uncommon or otherwise poorly labeled causative variations is often underestimated by those based on genotyped or imputed variants, on the other hand.
All variations across chromosome pairs are shared by identical-by-descent (IBD) portions of the genome, with the exception of fresh mutations that have developed since the last common ancestor.
Using phenotypic simulation with thousands of people to use an IBD-based technique (GREML-IBD) to evaluate heritability in unrelated individuals.
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PLEASE HELP ALOT OF POINTS MARKING PEOPLE AS BRAINLIST
What will be the end result of the process shown in the model?
A. Two identical daughter cells will be produced.
B. Crossing over will result in new genetic material.
C. Chromatids will have just moved toward opposite poles.
D. One much larger cell will be produced through nuclear fusion.
Answer:
i think its b i could be wrong
Explanation:
The correct model shown is Crossing over will result in new genetic material.
What is crossing over?
When it comes to genetics and genomics, the term "crossing over" describes the DNA exchange that takes place between paired homologous chromosomes (one from each parent) during the development of egg and sperm cells.
This process leads to novel allele combinations in the gametes (egg or sperm) produced, ensuring genomic variety in any offspring born.
When chromosomes of the same type are paired together during meiosis, a biological event called crossing over takes place. Parts of the chromosome can be exchanged when two chromosomes, one from the mother and one from the father.
Therefore, The correct model shown is Crossing over will result in new genetic material.
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1. What do you expect to happen if you increase the amount of greenhouse gasses in the atmosphere?
When you increase the amount of greenhouse gas in the atmosphere, it produces a warming effect that causes the global temperature to rise.
what is the study of similar and different structures in organisms
Answer:
Comparative anatomy , study of similarities and differences of different species. It is closely related to evolutionary biology and phylogeny?
A cell is dropped into a salt water solution and shrivels up you infer that compared to the cell the type of salt water solution is
Answer: hypertonic solution
Explanation:
A cell placed in a salty solution would lose water as water will move from the cell to the surrounding hypertonic medium by the process of osmosis causing the cell to shrivel up.
138) Six-year-old Matthew broke his femur and one of his epiphyseal plates was damaged. Explain the role of the epiphyseal plate in longitudinal growth and predict the effects of a damaged epiphyseal plate on his future longitudinal growth.
Answer:
The function of the physis or growth plate is to allow the growth in length of the bones (both long as short) through the endochondral ossification process.
Explanation:
The epiphyseal plates are areas of active growth of new bone at the ends of the bones, made up of cartilage that hardens once the child is fully developed. Epiphyseal plates help determine the length and shape of the adult bone eventually. It is the last part of the bones to harden, and therefore they are vulnerable to fractures. The complication of the involvement of the growth plate is the deformity or lack of growth of the bone, leaving the limb twisted or shorter than the contralateral one.Growth disturbances are more frequent when the affected area is very large or when it involves the area of the knee joint. In cases of shoulder or wrist involvement, deformities rarely occur. The alterations are more common when the lesions occur in younger children, because they have a longer growth period.
why is it important to protect entire life habitats
please please pleaseeee help
thank you
Explanation:
To protect the animals, plants, and more. Without having the habitats they'll die/go extinct. The plants will soon rot/wither away.
9. Evolution is
a. a rare event.
b. currently occurring ONLY in scientific laboratories.
c. constantly occurring at the same rate in ALL organisms.
d. a process that occurs as a result of differences in reproductive fitness.
e. a process that occurred only in the past.
When interspecific interactions lead to competitive exclusion, the weaker competitor is forced to retreat to a more restricted niche (its realized niche) than it otherwise would inhabit in the absence of the competition (its fundamental niche). This is what happens between Balanus and Chthamalus
Answer:
The places where the species can thrive principally because of its characteristics is known as the fundamental niche, on the other hand, the place where the species is living is known as the realized niche. In the intertidal region, the species Balanus and Chthamalus compete for space. In comparison, Balanus is a bigger barnacle that can colonize the place more effectively than Chthamalus.
This competition for space makes Chthamalus displace into higher regions where water is not the same as in lower levels. The fundamental niche of Chthamalus comprises both lower and higher levels, while the realized niche for Chthamalus is the higher levels. In case, if the competition with Balanus was non-existent, the Chthamalus would occupy the lower levels.