During photosynthesis, the reactants are changed into what?
Answers
Answer: oxygen+ glucose
Explanation:
The reactants are converted to oxygen (6Co2) + glucose ( C6H1206)
Related Questions
The gravitational pull on planet A is greater than on planet B. Which of the
following best describes the mass and weight of an object that goes
from planet A to planet B? *
The mass and weight will be the same on both planets.
The mass will change, but weight will be the same.
The mass will be the same, but weight will change.
Both the mass and the weight will change.
Answers
The third option would thus be the correct one (the object of an invariant mass would have a lesser weight on planet B than on planet A).
I need help with this. It’s like I understand but I don’t .
Answers
That's kinda confusing...
But on another note why is there a dancing robot lol
is an american anti-western film from the 2000s that draws its influences from the tradition of sergio leone's spaghetti westerns in the 1960s.
Answers
Yes, there is an American anti-Western film from the 2000s that draws influences from Sergio Leone's spaghetti westerns of the 1960s. The film you are referring to is "The Assassination of Jesse James by the Coward Robert Ford" (2007), directed by Andrew Dominik.
"The Assassination of Jesse James by the Coward Robert Ford" is known for its deliberate pacing, atmospheric cinematography, and exploration of complex characters. It subverts traditional Western tropes and presents a more introspective and morally ambiguous portrayal of the Old West. The film delves into the psychology of its characters and presents a critical examination of celebrity culture and mythmaking.
Drawing inspiration from Sergio Leone's spaghetti westerns, particularly works like "The Good, the Bad and the Ugly" (1966), "The Assassination of Jesse James" incorporates elements such as wide landscapes, stylized visuals, and moments of intense tension. It also explores themes of betrayal, idolization, and the blurred lines between heroism and villainy, which were characteristic of Leone's films.
By infusing the anti-hero narrative and contemplative approach seen in spaghetti westerns into an American context, "The Assassination of Jesse James by the Coward Robert Ford" stands out as a notable example of an American film drawing influence from the tradition of Sergio Leone's iconic Westerns.
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Why did I measure the initial mass of the dialysis tubes?
You
Answers
Select the correct location on the image.
The image shows towering clouds created by a low-pressure system. Which arrow correctly shows the primary air movement in this system?
Plssss help
Answers
Answer:
the answer is the up arrow
Explanation:
Answer:
out of the four arrows pointing at the cloud, the answer is the arrow pointing at the bottom of cloud
the hunter aimed at the monkey with his blowgun and fired at the same instant as the monkey released its grip on the branch. the hunter will hit the monkey multiple choice question. only if the monkey was light. only if the monkey was heavy. regardless of whether the monkey was light or heavy.
Answers
The hunter will hit the monkey regardless of whether the monkey was light or heavy.
The outcome of the hunter hitting the monkey does not depend on the weight of the monkey. The key factor in this scenario is the timing of the hunter's shot in relation to the monkey releasing its grip on the branch.
If the hunter accurately aimed and fired at the same instant as the monkey let go, the projectile from the blowgun has a high chance of hitting the monkey, irrespective of its weight. The weight of the monkey does not affect the trajectory or speed of the projectile once it is released from the blowgun.
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true or false? in a phylogeny branches are proportional to the amount of change and time between organisms.
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The statement "in a phylogeny branches are proportional to the amount of change and time between organisms" is False.
The length of branches in a phylogenetic tree represents the degree of evolutionary divergence, but it does not always correspond to the amount of change or the time elapsed between organisms. The length of a branch in a phylogeny primarily represents the amount of genetic or phenotypic change that has occurred along that branch. Longer branches indicate greater divergence and more accumulated changes, while shorter branches indicate less divergence and fewer changes. However, the length of a branch can also be influenced by other factors, such as the rate of evolution, the presence of selective pressures, and the quality and availability of data used to construct the tree. Additionally, the concept of time is not directly depicted by the length of branches in a phylogeny. While a phylogenetic tree can provide insights into the relative timing of evolutionary events, the actual time scale is not represented by branch lengths unless specifically calibrated using molecular clocks or other dating methods. Therefore, it is incorrect to say that branches in a phylogeny are always proportional to the amount of change and time between organisms. Branch lengths are primarily used to indicate the degree of evolutionary divergence rather than being a direct measure of change or time.for more questions on phylogeny
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Studies report that heredity has a strong influence on an...
Studies report that heredity has a strong influence on an individual's personality. How can this affect how positions are evaluated and advancements are allocated?
What are the implications of this influence in organizational settings?
An applicant is applying for a management trainee position and he/she is given a personality test that measures the five dimensions in the five-factor model. Which personality traits would you consider most important for this type of job? Explain your answer. (E.g., define what are the five factors, then go into detail as to which personality traits would be most important for this job. Use an example to typify your points).
Answers
Studies report that heredity has a strong influence on an individual's personality. The implications of this influence on organizational settings include how positions are evaluated and advancements are allocated.
Heredity can affect how employees work, communicate, and interact with each other, which can impact their career growth.Individuals who possess personality traits that are well-suited for management positions are more likely to advance in their careers. Some of the most important personality traits for a management trainee position are as follows: Conscientiousness: Individuals who score high on this dimension are dependable, responsible, organized, and hard-working.
A manager who is responsible for overseeing employees must be organized, reliable, and hard-working, making this trait particularly important.Emotional Stability: Individuals who score high on this dimension are calm, relaxed, and level-headed even in stressful situations. A management trainee position can be stressful, and a person who can maintain their composure in challenging situations is a valuable asset.Openness: Individuals who score high on this dimension are creative, imaginative, and open-minded.
They are skilled at building and maintaining positive relationships with others. A manager who can develop and maintain relationships with employees, clients, and other stakeholders is crucial to an organization's success.Extraversion: Individuals who score high on this dimension are outgoing, assertive, and sociable. A manager who is outgoing, assertive, and sociable will be better equipped to motivate and communicate effectively with employees.
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just 5 cells of a pathogenic bacterium that has a doubling time of 10 minutes, how would you calculate the current number of pathogenic cells?
Answers
To calculate the current number of pathogenic cells with just 5 cells of a pathogenic bacterium that has a doubling time of 10 minutes, we can use the formula given below:Number of cells after n generations = Initial number of cells × 2^nWhere n is the number of generations.
So, we can use the above formula to calculate the current number of pathogenic cells. First, let's calculate the number of generations. Doubling time of a bacterial population is defined as the time required for the number of bacterial cells to double.
Here, the doubling time is given as 10 minutes. Hence, we can calculate the number of generations as follows:10 minutes = time for one generation5 generations = time for 5 generations (5 × 10 minutes)5 generations = 50 minutes.
Therefore, the current number of pathogenic cells can be calculated as follows:Number of cells after 5 generations = Initial number of cells × 2^5Here, the initial number of cells is 5.So, the current number of pathogenic cells = 5 × 2^5= 5 × 32= 160Therefore, the current number of pathogenic cells is 160.
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What plane is the line showing?
transverse
sagittal
dorsal
median
Answers
How do populations respond to external stimuli?
Answers
which information can be determined using half life?
Answers
Answer:
How long an element has until the raditaion is gone from an element.
Explanation:
Which statement best describes the overall change that occurs as a result of mitosis?
One cell becomes two cells that have identical copies of DNA.
One cell becomes two cells that have different copies of DNA.
Two cells become two cells that have identical copies of DNA.
Two cells become two cells that have different copies of DNA.
Answers
Answer:
One cell becomes two cells that have identical copies of DNA.
The statement that best describes the overall change that occurs as a result of mitosis is "One cell becomes two cells that have identical copies of DNA".
What is mitosis?Mitosis is a cell division, which results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.
This type of cell division can be found in tissue growth.
Thus, the statement that best describes the overall change that occurs as a result of mitosis is "One cell becomes two cells that have identical copies of DNA".
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Anyone know this please help me
Answers
Answer:
I believe the answer is true
Answer:
yes
Explanation:
a chemical bond is a force of attraction that ties atoms together
Eggs are also similar to what other animal
Answers
Answer:
A chicken
Explanation:
The human immunodeficiency virus (HIV) often infects and destroys CD4 T cells. These CD4 cells are one of many kinds of white blood cells that are an important part of the immune system.
The most common danger related to the destruction of CD4 T cell is-
A. an increase in the risk of high blood pressure.
B. an increase in threat of diseases caused by microorganisms and viruses.
C. a decrease in the flow of blood to vital organs.
D.a decrease in the amount of oxygen being transported to tissues.
Answers
Answer: B
Explanation:
The most common danger related to the destruction of CD4 Tcell is an increase in the threat of diseases caused by microorganisms and viruses.
What do you mean by the Immune system?The immune system may be defined as the system that consists of cells, tissues, organs, and the substances they make that help the body fight infections and other diseases.
Any pathogen that enters your body is presented by antigen-presenting cells but is encountered by T-helper cells which are CD4 cells. These cells recognize the foreign agents and encounter them and increase the level of the immune system.
Therefore, the most common danger related to the destruction of CD4 Tcell is an increase in the threat of diseases caused by microorganisms and viruses.
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true/false: the small subunit of a ribosome catalyzes the formation of the peptide bonds that link amino acids together.
Answers
False. The small subunit of a ribosome does not catalyze the formation of peptide bonds that link amino acids together.
The catalytic activity for peptide bond formation is carried out by the large subunit of the ribosome. During translation, the process by which proteins are synthesized, the small and large subunits of the ribosome come together to form a functional ribosome. The small subunit is responsible for binding to the mRNA (messenger RNA) and positioning it correctly, while the large subunit contains the peptidyl transferase center, which catalyzes the formation of peptide bonds. The peptidyl transferase center is composed of ribosomal RNA (rRNA) molecules and does not involve any catalytic activity from the small subunit. The large subunit facilitates the transfer of the growing polypeptide chain from the tRNA (transfer RNA) molecule in the P-site to the amino acid on the tRNA molecule in the A-site, resulting in the formation of a peptide bond between the amino acids. Therefore, the small subunit of a ribosome does not catalyze the formation of peptide bonds; it primarily plays a role in mRNA binding and positioning.
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The given statement "the small subunit of a ribosome catalyzes the formation of the peptide bonds that link amino acids together" is false. The ribosome, which consists of two subunits, is an essential cellular structure involved in protein synthesis.
The small subunit of a ribosome is responsible for matching the transfer RNA to the messenger RNA. Whereas, the large subunit of the ribosome is responsible for catalyzing the formation of peptide bonds that link amino acids together.
The ribosome reads the genetic code that is present on the messenger RNA and, assembles amino acids into a polypeptide chain. The small subunit binds to the messenger RNA and moves down its length until it reaches the start codon. At this point, a tRNA molecule, which carries a specific amino acid, pairs with the codon on the messenger RNA.
The large subunit of the ribosome then catalyzes the formation of a peptide bond between the amino acid carried by the tRNA molecule and the growing polypeptide chain. Thus, the statement given in the question is false.
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during an action potential, which of the following actions does not help return the membrane to its resting potential? choose one: a. the opening of voltage-gated k channels b. the flow of k through k leak channels c. the inactivation of voltage-gated na channels d. the opening of voltage-gated na channels
Answers
An action potential is an electrical impulse that conveys signals along a neuron, and during this period, several activities take place to help return the membrane to its resting potential. The four key steps include depolarization, repolarization, hyperpolarization, and return to the resting membrane potential.
Of these, the opening of voltage-gated Na channels is a process that does not help to return the membrane to its resting potential.The process of depolarization occurs when the membrane potential becomes less negative, creating a more positive environment that drives the neuron's firing. Repolarization, on the other hand, restores the membrane's negative charge as the voltage-gated Na channels become inactive, allowing voltage-gated K channels to open. This opening allows the outflow of K ions from the cell, which helps to restore the membrane potential to its resting state.
Hyperpolarization occurs when the membrane potential becomes more negative than the resting membrane potential, causing the refractory period that follows an action potential.
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Why are there many types of creatures on the earth ?
Answers
Answer:
Just why some groups contain large numbers of species while others don't has long puzzled biologists. One of the main explanations has been geological age - older groups of organisms are more diverse because they have simply had more time to accumulate greater numbers of species.
Among all animals, ants outweigh us in biomass — putting billions and billions of tons up against humans' fewer than 500 million. And while they're both tiny and lacking a backbone, krill are the champs among animals worldwide, in terms of numbers, with a population estimated at 500 trillion.
FUN FACT:
7.827 billion
As of October 27, 2020, the world's human population is estimated to be 7.827 billion.
Explanation:
Brainliest?
Answer:
In all the time humans have been discovering and describing new species, we've probably only covered about a fifth of what's out there. A study in 2011 predicted there are some 8.7 million species on Earth, and we've identified maybe 1.6 million of them. Just why some groups contain large numbers of species while others don't has long puzzled biologists. One of the main explanations has been geological age - older groups of organisms are more diverse because they have simply had more time to accumulate greater numbers of species.
consider a gene in canis familiaris. this gene has no introns and is 999 base pairs (nucleotides) in length. how many codons are there in this gene? (please give your answer as an integer)
Answers
Canis familiaris is a dog species that has a gene with no introns and a length of 999 base pairs. The question asks about the number of codons in this gene .The genetic code contains a total of 64 codons:
61 sense codons that encode for the 20 amino acids and three stop codons that indicate the end of a polypeptide chain. A codon is a sequence of three nucleotides that specify a particular amino acid to be incorporated into the polypeptide chain. Hence, the total number of codons in the given gene can be calculated by dividing the total number of nucleotides by three. Therefore, the number of codons in the given gene will be 999/3= 333 codons.As there are 333 codons in this gene, which has no introns and 999 base pairs (nucleotides) in length.
The codon in the gene is a sequence of three nucleotides that specify a particular amino acid to be incorporated into the polypeptide chain.
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Most mammals have diploid body cells and haploid gametes. During __________, chromosomes from haploid gametes combine, and a __________ zygote is formed.
A.
implantation, diploid
B.
fertilization, haploid
C.
fertilization, diploid
D.
implantation, haploid
Answers
Answer:
C. or fertilization, diploid
Define heredity and give examples of some characteristics of heredity.
Answers
Answer:
heredity is defined as the characteristic we get genetically from our parents and our relatives before them. an example of heredity is a likelihood that you will have blue eyes. an example of heredity is your possibility of having cancer based on family history
Explanation:
Characteristics like eye colour, hair colour etc are examples of heredity.
What is heredity?The genetic-based heritage passed down to us from our parents is referred to as heredity. It can also be defined as traits transferred from one generation to the next one.
Blood groups and eye colour are common examples of these traits. Heredity can even transmit some diseases from the parents to the offspring. These are called hereditary diseases or genetic diseases. These diseases are usually non-curable.
These are genetic traits and a thus determined by the genes. Also, there are multiple variants of a single gene. These are called alleles. Every gene in our cells is present in 2 copies, except genes on sex chromosomes. These two copies can either be identical and be called homozygous, or they can be different and be called heterozygous.
The gene which is expressed as the phenotype is called dominant and the one which is not expressed is called recessive.
Therefore, heredity is the traits obtained from the biological parents.
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Researchers studying the anole lizards in a particular area observed that two closely related species had distinct leg lengths. The species with the longer legs tended to stay and consume resources higher in the trees, while the lizards with the shorter legs stayed closer to the ground. Which of the following describes the community structure? 1.The interaction will maintain the diversity of the species because of the coordination of access to resources. 2.The interaction will result in one species undergoing natural selection and the other eventually becoming extinct. 3.The interaction will lead to increased competition of resources and result in the decline of one species. 4.The interaction will lead to decreased diversity due to the competitive exclusion principle
Answers
The interaction described between the two closely related species of anole lizards, where the species with longer legs occupy higher resources in trees while the species with shorter legs stay closer to the ground, suggests the community structure is likely to maintain the diversity of the species through resource partitioning.
The observed distinction in leg lengths and resource utilization patterns between the closely related anole lizard species indicates a form of resource partitioning. Resource partitioning is a mechanism that allows closely related species to coexist within the same ecosystem by utilizing different resources or occupying different ecological niches. In this case, the longer-legged species utilizes resources higher in the trees, while the shorter-legged species occupies the lower areas.
1. The interaction will maintain the diversity of the species because of the coordination of access to resources: This statement is likely true. By partitioning the available resources based on leg length, the two species reduce direct competition and can coexist within the same habitat. This enables the maintenance of species diversity and promotes their survival.
2. The interaction will result in one species undergoing natural selection and the other eventually becoming extinct: This statement is unlikely to be accurate in this context. Rather than leading to the extinction of one species, the resource partitioning observed suggests that both species have found distinct ecological niches within the habitat, allowing for their coexistence.
3. The interaction will lead to increased competition for resources and result in the decline of one species: This statement is unlikely to be true. The resource partitioning exhibited by the two species reduces competition by utilizing different resources, thereby reducing the likelihood of decline for either species.
4. The interaction will lead to decreased diversity due to the competitive exclusion principle: This statement is unlikely to be valid. The observed resource partitioning and distinct utilization of resources by the two species align with the principles of niche differentiation and coexistence, rather than the competitive exclusion principle.
Overall, the interaction between the two anole lizard species, with distinct leg lengths and resource utilization patterns, suggests a community structure that promotes species diversity through resource partitioning and niche differentiation.
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acanthocytes or spur cells have membrane irregular distribution of spikes. what other significant morphological feature does this cell possess?
Answers
Acanthocytes or spur cells have irregularly distributed, pointed membrane spikes. These are often produced due to abnormal lipid metabolism or alterations in membrane phospholipids. The presence of spiny, unevenly spaced, elongated projections on acanthocyte membranes is a significant morphological characteristic.
These cells are described as having a coarse, irregular border and a cellular shape that appears twisted or contorted.Other than irregular membrane spikes, spur cells can also be distinguished by their abnormal shape, which resembles a spur, thorn, or star.
They are caused by a variety of conditions and diseases that affect red blood cell membranes, such as liver diseases (such as cirrhosis), lipid metabolism problems, and neuroacanthocytosis disorders.
Acanthocytes are a type of abnormally shaped red blood cell that is frequently associated with liver disease.
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A strand of DNA contains the bases adenine, cytosine, cytosine, and guanine, in that order. Which would be the order
of the bases on the opposite strand of DNA?
cytosine, adenine, adenine, and thymine
cytosine, thymine, thymine, and adenine
thymine, guanine, guanine, and cytosine
thymine, adenine, adenine, and cytosine
It’s C on edgenuity Cumulative exam review
Answers
Answer: thymine, guanine, guanine, and cytosine
Explanation:
A pairs with T
G pairs with C
list 3 materials that contain the stored carbon
Answers
Answer:
Coal, oil, peat or natural gas
Help i cant think please i will give branliest
Answers
Answer:
A
Explanation:It boils down to a and b. A single molecule of DNA is wrong. So it's a,
The mechanism of enzyme activity is called
Answers
Answer: Protein
Explanation: An enzyme attracts substrates to its active site, catalyzes the chemical reaction by which products are formed, and then allows the products to dissociate (separate from the enzyme surface). The combination formed by an enzyme and its substrates is called the enzyme–substrate complex.
what does the ozone layer do for us ? please help quickly !! will give brainliest
Answers
Answer:
It protects us from the sun's harmful unltrabiolet rays, by absorbing it. Which prevents hurting organisms and the Earth's surface.
Explanation:
How does homeostasis play a role in everyday
activities?
Answers
Answer:
Homeostasis helps maintain your internal and external environment. which can help any activity. For example: If you plan to go to a cold ecosystem, homeostasis regulates your body temperature. There are many activities that in can help with everyday.
