Answer:
Cytokinesis.
Explanation:
Substage of interphase immediately after a cell divides. Gap 1. Substage of interphase in which the cell copies its DNA in preparation for cell division. Synthesis.
A scientist performed an experiment using various lengths of wire, all with the same cross-sectional area. The resistance of each length of wire was measured. The scientists results appear in the data table below.
Length Resistance
(meters)
(ohms)
Which of the following is the best conclusion to draw from this experiment?
O Resistance increases as the cross-sectional area of the resisting material increases.
O Electrical signals increase in power consumption as the length of wire increases
O Electrical signals decrease in strength as the distance they travel increases
Resistance increases as the total length of the resisting material decreases
5.1
11.0
16.0
18.0
23.0
1.6
3.8
4.6
5.9
7.5
Answer:
a
Explanation:
Which structure immediately encloses viral nucleic acid? Capsid, nucleic acid. Identify all the components of the nucleocapsid. False. True or False.
Viruses safeguard their genetic material by encasing the viral nucleic acid within a protein shell (capsid), a process known as genome packing. The viral nucleic acid (DNA or RNA) contains the genetic instructions for protein synthesis in order to create new viruses, i.e. the virus's genome. When a virus identifies a target cell, the nucleic acid is transferred into it.
The virus composition is made up of three major components: nucleic acid, capsid, and envelope. A virus's nucleic acid is located within its inner core and includes the genetic material for protein synthesis and replication. Viruses' hereditary substance can be single-stranded or double-stranded DNA or RNA. When a virus infects a recipient cell, the nucleic acid is replicated.transferred into the recipient cell. The viral nucleic acid enters the nucleus and directs the cell to create proteins that are assembled to produce more virus cells.
Viruses safeguard their genetic material by enclosing the viral nucleic acid inside a protein shell (capsid), a process known as genome packaging. Viruses package their genome in one of two ways: either they co-assemble their genetic material with the capsid protein, or they first build an empty casing (procapsid) and then pump the genome inside the capsid with a molecular engine powered by ATP hydrolysis. During packing, the viral nucleic acid is concentrated to a very high quantity by carefully arranging it in concentric layers inside the capsid. In this part, we will discussfirst give an overview of the different strategies used for genome packaging to discuss later some specific virus models where the structures of the main proteins involved, and the biophysics underlying the packaging mechanism, have been well documented.
Which of the following is the best example of an adaptation that improves an organism's "fitness"?
A. Dark-colored lizards living on light rocks.
B. A thick coat of fur on animals living in the hot desert.
C. Lizards with sticky toe pads live among tall trees.
Answer:
C. Lizards with sticky toe pads live among tall trees. is the best example of an adaptation that improves an organism's "fitness". The adaptation allows the lizards to climb and live in their arboreal habitat, increasing their chances of survival by avoiding predators and accessing resources.
Air moves out of the lungs when the pressure inside the lungs is
A. less than the pressure in the atmosphere
B. greater than the pressure in the atmosphere.
C. equal to the pressure in the atmosphere.
D. greater than the intra-alveolar pressure
The right answer is B, air moves out of the lungs when pressure inside the lungs is higher than atmospheric pressure.
How do the lungs' airways and pressure work together?When the pulmonary pressure is higher than the atmospheric pressure, air is forced out of the lungs. When the internal pulmonary pressure is lower than the external atmospheric pressure, air enters the lungs (inspiration).The environment and the gases in the lungs have different pressures, which causes air to move. Like other gases, air also travels from a high-pressure area to a low-pressure area. The pressure changes that lead to ventilation are caused by the muscular breathing movements and elastic tissue rebound.For more information on air flow into lungs kindly visit to
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Some protists, such as amoebas, are surrounded only by their plasma membrane whereas others such as diatoms and foraminifera are surrounded by?
The protists such as diatoms and foraminifera are surrounded by protective glassy shells of silica.
Diatoms are single-celled algae that come in a variety of shapes and sizes. They're found in both freshwater and saltwater environments, and they're a crucial part of aquatic food chains.
The diatom cell is bordered by a silica shell, which gives it a distinctive frustule or "valve" shape.
Foraminifera is a kind of single-celled protist with a shell, similar to diatoms. Foraminifera shells are made up of calcium carbonate or agglutinated material (particles of sand or other hard materials).
In conclusion, the protists diatoms and foraminifera are surrounded by silica or calcium carbonate shells, whereas others such as amoebas are only surrounded by their plasma membrane.
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Fun fact
Bananas are curved because they grow towards the sun ☀️
Answer:
True
Explanation:
It's because of the sun! Bananas are curved so they can retrieve sunlight. Bananas go through a process called 'negative geotropism'.
Hope it helped! :)
Show DNA replication: TCA AAG GAC TAT GGC TTC *
Which of the following is/are required in order for an endosome to be transported from the plasma membrane to the Golgi complex? (Select all that apply!) GTP Kinesin Myosin Microtubules Dynein Actin ATP
The following are required in order for an endosome to be transported from the plasma membrane to the Golgi complex: GTP, Kinesin, Dynein, and Microtubules. The correct options are A, B, D and E.
An endosome is a membrane-bound compartment that is formed through the internalization of material from the plasma membrane through the process of endocytosis. Endosomes are known to sort their cargo and then subsequently recycle it back to the plasma membrane or traffic it to lysosomes for degradation. Endosomes are transported from the plasma membrane to the Golgi complex by a motor protein called kinesin. Kinesin is a plus-end-directed motor protein that is responsible for transporting cargo towards the plus end of microtubules. Dynein is another motor protein that transports cargo towards the minus end of microtubules. GTP is an energy-rich molecule that is required for the movement of the motor proteins, kinesin and dynein. This energy is used to power the movement of the motor proteins along microtubules.
Actin and Myosin are motor proteins that are responsible for transporting cargo along actin filaments. They are not involved in the transport of endosomes from the plasma membrane to the Golgi complex. ATP is the energy currency of the cell, and it is required for the movement of motor proteins. Therefore, the correct options are A, B, D, and E.
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A judge allowed a DNA analysis to be entered as evidence in court. Which of the following statements BEST explains why the use of DNA analysis is so effective in establishing identity?
The procedure fro DNA fingerprinting is an accurate series of simple techniques.
The probability of two people having similar DNA fingerprints is small.
The purpose of DNA fingerprinting is to match sections of base pairs.
The percentage of identical DNA within a species is high.
As the probability of two people having similar DNA fingerprints is small, the judge allowed DNA analysis to be entered as evidence in court.
DNA analysis has become one of the most efficient methods of identifying and proving identity. DNA analysis is based on a series of simple and accurate techniques that make it so efficient.
The use of DNA analysis in establishing identity is so effective due to the probability of two people having similar DNA fingerprints is small.
In fact, the odds are so small that DNA analysis has been utilized as a definitive method of determining guilt in criminal cases.
In summary, the use of DNA analysis in establishing identity is so effective because the probability of two people having similar DNA fingerprints is small.
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in logistic growth, how does population growth change as the population nears its carrying capacity?
As the population approaches its carrying capacity, population growth begins to slow and eventually stops. This is because the carrying capacity is the maximum population size an environment can sustain, so when the population reaches that size, it is no longer able to grow. Logistic growth models this behavior by decreasing the growth rate as the population approaches the carrying capacity. As a result, the population growth rate slows and eventually stops as the carrying capacity is reached.
In logistic growth, population growth slows down as the population nears its carrying capacity.
What is Logistic growth?
Logistic growth refers to the growth of the population, which increases gradually initially and then reaches its maximum potential limit. At a certain point, the growth rate starts to slow down, and the population stabilizes, reaching its carrying capacity. Logistic growth is a type of growth pattern of a population that considers the carrying capacity of the ecosystem. Carrying capacity is the maximum number of individuals that an environment can support. It is the maximum population size of a species that can be supported by a given environment. It depends on the available resources in the ecosystem, such as water, food, and shelter.
What happens as the population approaches the carrying capacity?
As the population approaches the carrying capacity, the growth rate starts to slow down. The population growth rate slows down due to the scarcity of resources that support the population. Thus, the population growth slows down and finally stabilizes at the carrying capacity. The logistic growth model is a mathematical representation of population growth that shows how the population will grow in a given environment with limited resources. It is a widely used model in ecology and biology to understand the growth pattern of a population.
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In the brown alga Laminaria, the large, leafy-looking thallus
A) grows from a zygote.
B) is a sporophyte.
C) has sporangia.
D) is diploid.
E) ALL OF THE ABOVE
E) all of the above.
In brown algae laminaria, the lrge leafy looking thallus is all of the above as it grows on zygote which is formed by the fusion of gametophye of male and female, it has sporophyte and a sporangia which is diploid.
Laminaria's sporophyte is a complex, leathery, parenchymatous thallus and there is division of laminaria into a blade, a stipe and a holdfast.
It is a temperate brown alga belonging to the group known as kelps. The location of this brown algae is dense underwater forests near the shore in temperate regions.
This brown algae are exclusively multicellular and found in marine habitats.
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Estos alimentos dulces azucarados no solo son malos para tu salud sino que tambien puede ser e___ a menudo se disfrazan con nombres que pueden ser s___
These sweet sugary foods are not only bad for your health but can also be addictive, often disguised with names that can be deceptive.
Consuming high amounts of sugar can lead to various health problems, such as obesity, type 2 diabetes, heart disease, and tooth decay. However, besides the health risks, sugar can also be addictive. Research shows that sugar can activate the reward center in the brain and trigger the release of dopamine, a neurotransmitter associated with pleasure and reward. This can lead to cravings and a desire to consume more sugar, similar to the effects of drugs like cocaine.
Moreover, food manufacturers often use different names for sugar in their products, which can be misleading and confusing for consumers. Some common names for sugar include sucrose, fructose, glucose, high-fructose corn syrup, and maltodextrin.
Sugar is not only bad for your health, but it can also be addictive and hidden in many foods under different names.
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MULTIPLE CHOICE QUESTION
Which of the following are components of most
viruses? Select all that apply.
A. Lipid envelope
B. Cell wall
C. Attachment proteins or
envelope proteins (sometimes
also called virus spikes)
D. protein capsid which contains.
the genetic material.
E. DNA or RNA as genetic
material
Following are the components of most viruses : A. Lipid envelope; C. Attachment proteins or envelope proteins (sometimes also called virus spikes); D. Protein capsid which contains the genetic material; E. DNA or RNA as genetic material
What are the components of viruses?Components A, C, D, and E are found in most viruses. However, component B, the cell wall, is not found in viruses as they are acellular and do not have cell walls.
Viruses are composed of a nucleic acid, RNA or DNA but never both. - All viruses have protein coat or shell that surrounds and protects the nucleic acid core. Some viruses have lipid envelope or membrane surrounding nucleocapsid core and the source of the envelope is from membranes of the host cell.
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b. Explain the difference between a “continental(c)” air mass, and a “maritime(m)” air mass. __________________________________________________________________________________________ ___________________________ . c. Explain the difference between a “polar(P)” air mass and a “tropical(T)” air mass. 2. They describe an air mass by its Moisture content and Temperature, so each air mass has two letters. Name each air mass and describe it by moisture content and temperature. cP = cT = mP = mT =
A maritime air pressure comes from an ocean and is humid, whereas a continental air mass is dry and comes from a landmass. c. A tropical air mass is warm and comes from low latitudes, whereas a polar air mass is frigid and comes from high latitudes.
What distinguishes a marine M air mass from a continental C air mass?Humid air masses that come from oceans or other big bodies of water are referred to as maritime air masses. Dry air masses called continental air masses come from the land. Warm, wet air masses from the equatorial area are known as equatorial air masses.
What distinguishes a mP air mass from a mT air mass?Due to decreased sun angles, drier country below, and colder land below, the mT airmass changes. Cold ocean currents or ocean waters at high latitudes are where mP air is produced. This air does not contain as much moisture as mT air.
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Choose ONE of the following situations and describe IN DETAIL the anticipated effect on BLOOD PRESSURE and ALL the physiological basis of the response.
In your discussion please make sure to include the role of nervous system (Cardiac center (Sympatheic and parasympatheic centers), and/or vasomotor center, as well as the roles that hormone (s) will play in regulating the blood pressure.
(1) a high-salt diet,
(2) a blow on the head that damages (disables) the vasomotor center,
(3) an attack by a mugger, and
(4) a hypothalamic tumor resulting in excess ADH production.
All of the given factors affect blood pressure such as a high-salt diet increase blood pressure, a blow on the head that damages the vasomotor center decreases the blood pressure, etc.
What is the effect on blood pressure?
A high-salt diet will lead to an increase in blood pressure due to an increase in the osmolarity of the extracellular fluid. This causes an increase in the activity of the sympathetic nervous system, which leads to an increase in heart rate, and constriction of the peripheral blood vessels, leading to an increase in blood pressure.
A blow to the head that damages the vasomotor center will lead to an inability to control the sympathetic and parasympathetic activities of the cardiac center, leading to an inability to maintain proper control of the heart rate and vascular resistance. This will lead to a decrease in blood pressure.
An attack by a mugger can lead to a sudden increase in the activity of the sympathetic nervous system. This will lead to an increase in heart rate, and vasoconstriction, leading to an increase in blood pressure.
A hypothalamic tumor resulting in excess ADH production will lead to an increase in the osmolarity of the extracellular fluid, leading to an increase in the sympathetic activity of the cardiac center, leading to an increase in heart rate, and vasoconstriction, leading to an increase in blood pressure.
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what part of the eye protects the pupil and redirects light?
The iris is the part of the eye that protects the pupil and redirects light. The
iris is a thin, circular structure located between the cornea and the lens, and it gives the eye its characteristic color. The opening in the center of the iris is the pupil, which regulates the amount of light entering the eye.
The iris contains smooth muscle fibers that contract or relax to adjust the size of the pupil in response to changes in light levels. The iris also helps to redirect light by changing the angle at which it enters the eye, ensuring that it falls on the retina in a way that allows for clear vision.
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20 In pea plants, round pods are dominant to wrinkled and green pods are dominant to yellow. A plant with
wrinkled and homozygous green pods is crossed with a plant that is heterozygous for both traits.
Determine the phenotypic ratio. If they have 8 offspring, how many will express both dominant traits?
The phenotypic ratio of the offspring from the cross between a wrinkled, homozygous green pea plant and a heterozygous plant for both traits is 2 round-green : 2 round-yellow : 1 wrinkled-green : 1 wrinkled-yellow. Out of 8 offspring, 2 will express both dominant traits.
The Punnett square for the cross between a wrinkled, homozygous green pea plant (rrGG) and a heterozygous plant for both traits (RrGg) is:
R r
G
G|RrGG|RrGg
g|RrGg|rrGg
From the Punnett square, we can see that the possible offspring genotypes are RrGG, RrGg, rrGg, and rrGG. The corresponding phenotypes are:
Round, green: RrGG and RrGg
Round, yellow: rrGg
Wrinkled, green: rrGG
Wrinkled, yellow: none
So the phenotypic ratio is 2 round-green : 2 round-yellow : 1 wrinkled-green : 0 wrinkled-yellow, which can be simplified to 2:2:1:0. Out of 8 offspring, the 2 round-green individuals express both dominant traits (round and green).
What is phenotypic ratio?
Phenotypic ratio refers to the ratio of different physical traits or characteristics that are expressed in offspring resulting from a genetic cross. It describes the observable traits or features that are determined by the genotype (genetic makeup) of an individual.
What are genotypes and phynotypes?
Genotype and phenotype are two fundamental concepts in genetics that describe the genetic makeup and physical appearance of an organism, respectively.
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How do scientists use comparative embryology for evidence of evolution? (Use the photo provided to explain. SPAM ANSWERS = INSTANT REPORT.)
Which codon or codons are identical in all three frogs?
The codon or codons that are identical in all three frogs are AUG.
A codon is a group of three nucleotides in RNA or DNA. A codon sequence establishes the order of amino acids in a protein during protein synthesis. The genetic code is made up of a total of 64 codons. Because there are only 20 amino acids that are commonly used to create proteins, some amino acids are represented by more than one codon. AUG, for example, is one of three codons that encode methionine.
AUG is the codon that is common to all three frogs. The start codon AUG is the first codon of most mRNA and signifies the beginning of the translation process in eukaryotic cells. In addition to encoding methionine, it also functions as an internal ribosome entry site (IRES), which allows translation to proceed even in the absence of a 5′ cap on the mRNA transcript.
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write the relationship between cells tissue and organs in human body
in the mouth, the structures that begin the mechanical digestion of food by breaking it down into smaller pieces are the is called
The structures that begin the mechanical digestion of food by breaking it down into smaller pieces in the mouth are called teeth.
Digestion is a process of converting the food we eat into absorbable particles that are delivered to the body's cells to provide energy. This process involves two stages, mechanical digestion, and chemical digestion.Mechanical digestion is a digestive process in which the food is physically broken down into smaller pieces that can be easily absorbed. Mechanical digestion begins in the mouth when the food is chewed into smaller pieces with the help of teeth. Saliva is added to the food, making it moist and simpler to swallow. The food travels down the esophagus and into the stomach, where it is churned and combined with stomach acid to form chyme.Mechanical digestion in the mouth is aided by chewing and the use of teeth. Teeth are used to break down food into smaller pieces that are easier to swallow and absorb. This process is referred to as mastication, and it aids in the formation of a suitable bolus (a ball-like mass of food) for swallowing. Furthermore, the food is moistened by saliva, which contains enzymes that begin the process of chemical digestion. The process of mechanical digestion continues in the stomach, where the food is churned and mixed with digestive juices to create a creamy consistency called chyme. The chyme is then delivered to the small intestine for further digestion and absorption.Learn more about digestion: https://brainly.com/question/21470803
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where is the blastocyst located in the woman’s body?
The blastocyst is located in a woman's uterus.
The blastocyst is a stage of the human embryo which generally develops four to five days after fertilization. After the egg is fertilized, it travels through the fallopian tube and attaches itself to the uterine wall, where it begins to develop. The blastocyst consists of an external layer of cells called the trophectoderm,
and an inner group of cells called the inner cell mass. The trophectoderm is the layer that will come the placenta, and the inner cell mass will ultimately come the embryo. The blastocyst is a veritably important stage in the development of the embryo, as it's the point at which the embryo begins to form the organs and tissue that will ultimately form the baby.
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Which statement is true regarding tidal volume (Vr)? a. It is the volume breathed in each breath. b. It is the volume breathed in each minute. c. It is unaffected by the frequency of breathing
The tidal volume (Vt) refers to the volume of air breathed in with each breath. The correct option is (a).
This is the amount of air that a person inhales or exhales during normal, unforced breathing. Inspiratory reserve volume (IRV), expiratory reserve volume (ERV), and residual volume (RV) are the other pulmonary volumes that make up the tidal volume.
When the tidal volume is multiplied by the respiratory rate, the minute ventilation (VE) is calculated. The frequency of breathing, also known as respiratory rate (RR), determines how much CO2 is eliminated from the body.
The amount of CO2 removed from the body is proportional to the respiratory rate. The respiratory rate increases in order to increase the volume of CO2 removed from the body.
The factors that influence tidal volume are age, gender, weight, exercise, anxiety, and smoking. The tidal volume may be raised by anxiety, exercise, and smoking, while it may be reduced by age, gender, and weight. Furthermore, deep breathing exercises are a popular method of increasing tidal volume to help with breathing difficulties.
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Choose the following long-term benefit from studying biology. After studying biology, it is hoped that you:
A) will become an animal rights activist.
B) will be better able to make wise decisions regarding your own well being and the Earth's.
C) will get a high paying job as a biologist.
D) will understand all there is to know about humans and biology.
The correct answer is (B). The long-term benefit of studying biology is that you "will be better able to make wise decisions regarding your own well-being and the Earth's."
Studying biology can be very beneficial for both you and the planet. Biology is the study of life and the way it functions, from the smallest organism to the largest. Learning the basics of biology can help you understand how organisms interact with their environment and how they can influence it, both positively and negatively.
This knowledge can give you the ability to make informed decisions regarding your own well-being and the Earth’s.
For example, you can be more aware of the environmental impact of the decisions you make and be better able to understand the consequences of human activity.
Additionally, you can be more conscious of your own health and have a better understanding of how certain organisms, such as bacteria and viruses, can affect it. All of this knowledge can be used to make better decisions and live healthier lives.
Therefore, the correct option is (B).
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What are the disadvantages of sideway-facing eyes?
Answer:
The disadvantages of sideways-facing eyes include limited depth perception, vulnerability to predators, difficulty with tracking moving objects, reduced binocular vision, and increased susceptibility to eye damage.
Explanation:
Sideways-facing eyes, also known as laterally placed eyes, are found in animals such as horses, cows, and deer. While these types of eyes have advantages for these animals, they also have some disadvantages.
Limited depth perception: Sideways-facing eyes have a narrower field of vision compared to forward-facing eyes. This can limit the ability to accurately judge the distance of objects in front of them, making it harder to navigate in complex environments.
Vulnerability to predators: Animals with sideways-facing eyes are more vulnerable to attacks from predators since they have a reduced ability to see approaching danger from the sides. This can make it harder for them to escape from predators or detect predators approaching from the sides.
Difficulty with tracking moving objects: Sideways-facing eyes have a limited ability to track moving objects. This can make it harder for animals to catch prey or avoid predators that are moving quickly.
Reduced binocular vision: Binocular vision, which is the ability to use both eyes together to create a single, three-dimensional image, is reduced in animals with sideways-facing eyes. This can make it harder for them to accurately judge the distance and speed of objects in front of them.
Increased susceptibility to eye damage: Animals with sideways-facing eyes are more susceptible to eye damage since their eyes are located on the sides of their head and are more exposed to the environment. This can lead to increased risk of injuries from objects or collisions with other animals.
Most of the genetic material of eukaryotes is located in the [1] of the cells. The [2] of the organism is organized on linear pairs of [3], each of which consist of a long, unbroken [4] molecule of [5] whose sequence of [6] carries the genetic information to make [7]. Hence, it is the action of the proteins encoded by your [8] that links your unique set of genetic information, your [9], to your physical, observable [10].
Most of the genetic material of eukaryotes is located in the genome of the cells. The structure of the organism is organized on linear pairs of chromosomes, each of which consist of a long, unbroken DNA molecule of nucleotides whose sequence of bases carries the genetic information to make proteins. Hence, it is the action of the proteins encoded by your genes that links your unique set of genetic information, your genotype, to your physical, observable traits.
What is a chromosome?A chromosome is a DNA molecule that has been packaged into a thread-like structure. Chromosomes are linear and have a centromere, which separates the chromosome into two arms. The arms are referred to as the q arm (long arm) and the p arm (short arm). Chromosomes, along with the nucleic acids RNA and DNA, are found in the nucleus of cells.
Chromosomes are a component of cell division and reproduction. The sequence of genes on a chromosome determines the genetic traits and characteristics of an organism.
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There is some evidence that pharyngeal gill slits occur in certain species of echinoderms that appear early in the fossil record. If confirmed, what do these data suggest?
The presence of pharyngeal gill slits in certain species of echinoderms that appear early in the fossil record would suggest that these structures are not unique to chordates and that they may have evolved independently in different lineages.
One of the distinguishing characteristics of chordates are pharyngeal gill slits, which are employed for breathing or filter feeding. It would imply that they perform a comparable purpose in these species if echinoderms, which are not chordates, also evolved these structures. This would strengthen the argument that evolution is a branching process rather than a linear path, with numerous independent adaptations taking place in various lineages throughout time.
It's crucial to remember that the existence of these features in early echinoderms does not necessarily mean that echinoderms and chordates have a direct evolutionary connection. Instead, it would imply the evolution of identical structures in several lineages in a convergent fashion. To validate the existence of pharyngeal gill slits in echinoderms and to comprehend the consequences for our comprehension of the evolution of these features in various species, additional study and investigation are required.
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any difference in traits between individual and organisms
Individuals are unique members of a species that exhibit variations in their physical, behavioral, and genetic traits. Organisms are living entities that exhibit certain characteristics that define them as being alive.
While individuals and organisms are related concepts, there are some differences in their traits. Individuals of a species may exhibit a wide range of physical and behavioral traits that are influenced by genetic, environmental, and other factors. For example, two individual humans may differ in height, eye color, and personality traits. Similarly, two individual plants of the same species may differ in leaf shape, flower color, and growth rate.
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Which of these gases diffuses the fastest under the same conditions? a. HCl b. H2 c. Cl2 d. He
Under the same conditions, He (helium) would diffuse the fastest.
This is because diffusion rate depends on several factors, including the size and mass of the particles and the temperature and pressure of the system.
Helium has the smallest atomic radius and the lowest atomic mass of the four gases listed, which means that its particles are lighter and smaller than those of the other gases. As a result, helium atoms have a higher average speed and are able to move more quickly through a medium than larger, heavier particles like those of HCl (hydrogen chloride), H2 (hydrogen), and Cl2 (chlorine).
Additionally, temperature and pressure can affect the diffusion rate of gases, but assuming the same conditions for all four gases, the difference in mass and size would be the dominant factor in determining their diffusion rates.
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how do cancer cell differ from noncancerous cell? how are they similar ?