Determine how many valence electrons come from each subshell in the following atoms:

Determine How Many Valence Electrons Come From Each Subshell In The Following Atoms:

Answers

Answer 1

Answer: I took this to mean that the question is asking how many v.e. are being contributed by O and P. So O has 6 valence electrons (it is in group 6), and 6*4 is 24. A total of 24 valence electrons. Similar method for P would give 5v.e. How does Kaplan get 10 for P and 8 for O?

Explanation:


Related Questions

What effect would an absence of oxygen have on the electron transport chain / ATP synthase system?

Answers

If there were no oxygen present on the electron transport chain, the electrons could not be removed from the system, and the entire electron transport chain would back up and stop.

What is electron transport chain?

The electron transport chain can be described as a series of protein complexes and other molecules that transfer electrons from electron donors to electron acceptors via redox reactions and couples this electron transfer with the transfer of protons across a membrane.

The electron transport chain produces the adenosine triphosphate which is the main cellular energy. If there were no oxygen present on the electron transport chain he entire electron transport chain would back up and stop.

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When you touch a sharp object and cut yourself, your brain receives the pain messages from your hand and sends a signal back to your hand to pull away from the painful object. Those messages are sent to the hand using __________ neurons.



Question 12 options:



axial




efferent




afferent




sensory

Answers

Answer:

Sensory

Explanation:

Detects and responds to external signals

7. Cell walls do a number of important things for plants including
providing them with structural support, putting a limit on the amount
of water they absorb and release, as well as providing general
protection for the cell. But if cell walls are so useful, why don't any
animal cells have them?

Answers

Though cell walls provide many important features for plants, animal cells do not need them. The cell wall helps with structure, meaning it helps the plant stand up. If animal cells had cell walls, animals would be incapable of movement.

HELP ASAP!!!!

Which term is used to describe a
change in a population's allele
frequency as a result of
individuals moving into and out of
the population?
A. Succession
B. Natural Selection
C. Gene Flow

Answers

Answer:

Its The Gene Flow

Explanation:

Gene flow refers to the transfer of genetic material, specifically alleles, from one population to another through the movement of individuals. The correct option is C.

Gene flow occurs when individuals migrate or move between different populations, bringing their genetic variation with them.

When individuals migrate into a population, they introduce new alleles, potentially increasing the genetic diversity of the population.

When individuals emigrate from a population, they take their alleles with them, resulting in a loss of genetic diversity in the population they leave behind.

It can introduce new alleles that may provide adaptive advantages, enhance genetic variation, or counteract the effects of genetic drift.

It also has the potential to spread beneficial alleles throughout populations, improving their adaptive potential.

Thus, the correct option is C.

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what is the cytoplasm in a human cell?

Answers

Cytoplasm is the gelatinous liquid that fills the inside of a cell.

It is composed of water, salts, and various organic molecules. Some intracellular organelles, such the nucleus and mitochondria, are enclosed by membranes that separate them from the cytoplasm.
The cytoplasm is the gelatinous fluid that rests inside of the human cell. The contests of this liquid are organic molecules, water and salts.

Hope this helps.

Help please thank you!!

Answers

Answer:

four non metals are÷

Argon

Bromine

Hydrogen

sulfur

what ingredients in fecal matter help with the growth of aquatic plants and algae?

Answers

Feces in the aquatic environment can be direct linked to the growth of some aquatic plants and algae because it enrich the soil of the river/lake for the aquatic plants populations. The fecal matter is rich in some inorganic components that are important for the vegetal growth, and that are useful to maintain a balance in the bacteria and decomposers in the aquatic environment. Phosphate, Nitrogen, and Ammonia are the most common elements responsible for the plants growth in this situation.

The carbon backbone of organic molecules can take on many shapes. How does this
affect the diversity of organic molecules? PLEASE HURRY

Answers

Carbon atoms are connected in long chains by covalent bonds, which form the skeletal framework for organic molecules.

What is carbon backbone?Carbon skeleton is also known as carbon backbone. All organic compounds are made up of carbon-carbon bonds, which form a carbon skeleton or backbone. The carbon atom has special effects that allow it to form covalent bonds with up to four additional atoms, making it excellent for use as the basic structural component, or "backbone," of macromolecules. This carbon backbone is made up of chains and/or rings of carbon atoms with the addition of an element such as nitrogen or oxygen on occasion. Substituted hydrocarbons are molecules with other elements in their carbon backbone. The term carbon skeleton refers to the pattern in which carbon atoms are bonded together in a molecule, ignoring other atoms and differences between single and multiple bonds.

Therefore,

Carbon atoms are connected in long chains by covalent bonds, which form the skeletal framework for organic molecules.

These carbon skeletons can differ in several ways, including: -length -shape -number and location of double bonds -other elements covalently bonded to available sites

The diversity of carbon skeletons adds to the complexity and diversity of organic molecules..."

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-Which of the following statements about DNA replication is true?
a. Dna plymerases can add new DNA nucleotides only to the 5' end of an existing strand
b. The DNA strand that grows away from the replication fork is synthesized continuously from one initial primer
c. The DNA strand that grows toward the replication fork is synthesized discontinuously in short pieces called Okazaki fragments
d. DNA polymerases cannot initiate synthesis of a new DNA strand; they can only add bases to an existing strand.

-In eukaryotes, the mismatch repair mechanism is initiated by?
a. methylated DNA strand
b. acetylated DNA strand
c. strand specific nicks
d. double-strand breaks

Please help!!

Answers

The statement DNA polymerases cannot initiate synthesis of a new DNA strand; they can only add bases to an existing strand is TRUE about DNA replication while the mismatch repair mechanism is initiated by strand-specific nicks.

What are DNA polymerases?

DNA polymerases are specific enzymes that add nucleotides during the semiconservative replication of DNA, which involves the synthesis of a new DNA strand for each daughter DNA molecule.

Moreover, the mismatch repair mechanism refers to the pairing between nucleotide sequences other in DNA and double stranded RNA (dsRNA) is initiated by strand-specific nicks in order to repair a given nucleotide sequence.

Therefore, with this data, we can see that DNA polymerases are essential enzymes used by the cell in order to synthesize a DNA strand during the process of semi-conservative DNA replication, which occurs before the process of cell division and may involve mismatch repair mechanisms.

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Which of the following steps in a signaling pathway typically occurs first once a chemical messenger reaches a target cell?

Answers

Question:

Solution:

The cells recognize the stimuli (chemical messengers) through receptors. When the receptors bind to the signaling molecules, physiological responses are initiated, and depending on the nature of those physiological responses, the receptor will be a membrane receptor or an intracellular receptor. So, we can conclude that the correct answer is

A LIGAND BINDS TO A RECEPTOR.

Select all of the following of how organisms respond to external stimuli

Answers

An organism responds to external stimuli because of sensitivity.

Why do organisms respond to external stimuli?

External stimuli are the number of factors present outside of the body that absorb by receptors and will lead to a response. External stimuli are temperature changes, vision, hearing, tasting, smelling, and sunlight for plants. Organisms respond to external stimuli to maintain homeostasis. Each organism has its range of sufferance. When an environmental condition (such as temperature) goes above or below an organism's optimal range, the organism experiences stress and responds to the stimulus. For example, external stimuli Plants grow towards light(external stimuli) sources, and if the direction of light is changed, the plant will also change its direction of growth to accommodate for survival.

So we can conclude that external stimuli are your body responding to medicine. Internal stimuli are your vital signs changing due to a change in the body.

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Help please thank you!!

Answers

Ice cubs is faster heating in a stove than the microwave .Ice cubes melt almost immediately when heated directly.The ice cubes will instantly melt if you put them adjacent to lighted matches, use a hot stove, or use a lighter.

Why does ice cubes melt?

The velocity of the water molecules in the ice increases as energy is delivered to them.The ice melts as a result of the molecules' increased velocity, which is strong enough to resist the pull of the water molecules toward one another. Ice does melt in the microwave, but not as quickly as one might anticipate from a device that can quickly prepare meals.The majority of people do not believe that ice will melt in a microwave, The water molecules turn to line up with the microwaves' alternating electric field.The water heats up as they fast spin back and forth.The water molecules are fixed in place by the ice.They cannot rotate back and forth, therefore the microwaves cannot be converted into heat. according to magician and science enthusiast Jason Latimer.Before microwaving, place the ice cube and cover on top to generate steam that will allow the food to reheat completely.By adding the ice cube to the bowl, you give the microwave something to heat, and the steam is then distributed throughout the food, preventing leftovers from remaining cold.The water heats up as they fast spin back and forth.The water molecules are fixed in place by the ice.They cannot rotate back and forth, therefore the microwaves cannot be converted into heat. Ice is a solid form of water.The ice transforms into liquid water when heat (a type of energy) is introduced.0°C, the melting point, has been attained.Water will become water vapour, or water in its gaseous condition, if heat is applied indefinitely. You might assume intuitively that hot water always melts ice more quickly than cooler water, but this isn't always the case.See what happens if you drop a few ice cubes into warm water and then submerge a few more in frigid water.Warning: the cold tap will cause the ice to melt more quicklyThe water will begin to boil where it contacts the hot pan while it sits there.The best way to demonstrate it is to heat the skillet up till water touches it begins to boil.In reality, the steam will cause the ice to float just millimeters over the pan's bottom.

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Help asp please thank you

Answers

Answer is
Boron (#5)
Arsenic (#33)
Silicon (#14)
Hope this helped!!

Which planet is not a gas planet?A. UranusB. JupiterC. VenusD. Neptune

Answers

Considering the therminology of ice and gas planet, between the alternatives there is three gas giants from our solar system, that are Uranus , Neptune, and Jupiter, being Saturn the four gas planets in our solar system. Therefore, the option that is not a gas planet is Venus (c).

You compare two strands of mtDNA and discover that there are 3 differences in base pairs between them. Assuming that the mutation rate for the species that you are examining is 1 mutation every 20,000 years, how long ago did the two strands share a common ancestor? Write your answer in xxx,xxx format.

These two strands shared a common ancestor _____________ years ago.

pls need the help

Answers

The two strands of the DNA share a common ancestor before 60,000 years ago.

Given here that the mutation rate is 1 in every 20,000 years. So it takes 20000 years to take single mutation.

Thus , the third mutation can occur 3×20000 years = 60,000years.

A mutation is a change to an organism’s DNA sequence. Errors in DNA replication during cell division, exposure to mutagens, or viral infection can all cause mutations. Our cells are constantly undergoing mutations, yet very few of these have any negative effects on our health.

There are numerous explanations for why mutations typically don’t have significant effects. The majority of mutations occur in somatic cells, such as muscle or skin cells, and only have an impact on the cell in which they originate and cells that develop from that cell.

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Plants are incredible organisms. In fact, if humans stopped existing, they would still be able to survive. Plants are able to perform a valuable process known as [A]. This important process requires certain molecules like [B] and [C] (alphabetical). These molecules, along with [D] are able to make special molecules for themselves and other organisms. The molecules made by plants are [E] which humans use to breath and [F] which is used for food. Plants make their own food, which sometimes is stored in the plant for later use in the form of [G], large complex molecules. These molecules allow for growth of the plant. It is often though that water and soil contribute to the mass of the plant, but it is the molecules of [H] that are in the air and contribute to the growth and size of the plant.

Choose: Photosynthesis, Oxygen, CO2, Water, Sunlight, Cellulose, Gluclose.​

Answers

Answer:

A: Photosynthesis

B: CO2

C: Water

D: Sunlight

E: Oxygen

F: Glucose

G: Cellulose

H: CO2

Explanation:

If you had an unknown microbe, what steps would you take to determine what type of microbe (e.g., fungi, bacteria, virus) it is? Are there particular characteristics you would search for? Explain.

Answers

The steps which would be taken to determine what type of microbe (e.g., fungi, bacteria, virus) is by using microscopy techniques.

What is a Microbe?

This is referred to as the tiny and small organisms which are present in the earth and can't be seen with eyes except through the assistance of a microscope such as light microscope etc.

The microscope functions by enlarging the object or cell being studied and ensures that different structures are seen. For example the virus has capsids which differentiates it from other microbes present in nature thereby making it the correct choice in this scenario.

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The endocrine system’s hormones are ____ messengers that travel through the ____

A. Chemical;Body’s organs
B. Electrical; bloodstream
C. Electrical; neural networks
D. Chemical; bloodstream

Answers

Answer: D) Chemical; bloodstream.

Explanation:

- Honestly I don’t know how to explain this besides the fact that it’s just how the system works

but hope this helps :)

what problems existed in the gilded age

Answers

poverty, unemployment, and corruption.

According to the diagram, how would the earth, moon, and sun be positioned if the low tide is at its highest for the month?

A
B
C
D

Answers

It should be A if the low tide is at its highest for the month.

What’s the correct answer answer asap for brainlist

Answers

Answer: it would be A

Explanation: The Krebs cycle uses pyruvic acid formed in glycolysis

I think it is carbon dioxide

Select the word or phrase that best completes each of the following sentences about healthcare-associated infections. is a lung infection that occurs when bacteria enter the lungs through a ventilator or other equipment being used to help a patient breathe. A is any inanimate object, such as a doorknob or food, that is capable of spreading infection. can occur when bacteria or viruses enter the bloodstream through devices such as the catheters used to take blood or give fluids. Urinary tract infections can occur when enter(s) the urinary tract through a catheter being used to drain urine from a patient’s body.

Answers

Ventilator-associated pneumonia is a lung infection that occurs when bacteria enter the lungs through a ventilator or other equipment being used to help a patient breathe. Fomite is any inanimate object, such as a doorknob or food, that is capable of spreading infection. Catheter-associated bloodstream infection (CLABSIs) can occur when bacteria or viruses enter the bloodstream through devices such as the catheters used to take blood or give fluids. While, Urinary tract infections (UTIs) can occur when infection enter(s) the urinary tract through a catheter being used to drain urine from a patient’s body.

What are these healthcare-associated infections?

Ventilator-associated pneumonia happens when bacteria enter the lungs through a machine that is used to help a patient breathe. This bacteria enters through the tube placed in a patient’s mouth or nose.

Fomites are objects that are non-living such as door handles, bowls, water taps, and so on, that have the capacity to transfer pathogens deposited by the infected host into a healthy host.

Catheter-associated bloodstream infection (CLABSIs) occurs when the bloodstream is infected with bacteremia originating from an intravenous catheter.

Urinary tract infections (UTIs) occur when bacteria enters the bladder or  kidney through catheter.

In summary, Ventilator-associated pneumonia, fomite, catheter-associated bloodstream infection (CLABSIs), and urinary tract infections (UTIs) are the four word or phrase that best completes the healthcare-associated infections raised in the question.

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California has had to provide tight restrictions on homes and businesses" water use. What could happen that would limit the availability of clean fresh water in South Florida?

Answers

Mandatory water restrictions were issued by the California State Water Resources Control Board for 2022, which will have a variety of effects on the state as well as individuals and companies in the Sacramento region.

California's primary sources of fresh water are two.

1) Ground water: This water source is found at a certain depth inside the earth. This water is retrieved in California by pumping it through a machine.

2) Surface water: This water includes lakes, rivers, and other water bodies that flow from a mountainous area to a lower region. When snow melts in California's mountainous regions, large reservoirs and dams are built to store the water until it is needed.

What water restrictions are necessary in California?

As the drought continues and the hotter summer months draw near, California Governor Gavin Newsom warned to impose mandatory water restrictions in Southern California with steep fines if residents don't use less on their own. On June 1st, 2022, new water limitations will be imposed on companies and residents.

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biology homework 8 questions.

Answers

Facilitated diffusion is a sort of passive transport that permits the movement of specific molecules.

Diffusion of solutes through transport proteins within the plasma film is alluded to as encouraged diffusion. Passive transport could be a subset of encouraged diffusion.

Because the arrangement is traveling down the concentration angle, helped dissemination is still detached transport indeed when it joins transport proteins.

Passive transport incorporates both supported dissemination and basic diffusion. They transport compounds from a high-concentration zone to a low-concentration area.

The previous, in any case, varies from the last mentioned within how particles pass the membrane. Membrane proteins are required for encouraging dissemination to move natural particles.

Facilitated diffusion is the method of unconstrained active transport of atoms or particles over an organic film using particular transmembrane fundamental proteins.

So, facilitated diffusion is the detached development of atoms along the concentration angle. It could be a specific handle, i.e., the layer permits as it were particular particles and particles to pass through it.

It, in any case, avoids other atoms from passing through the membrane. Molecules or particles over an organic film using particular a transmembrane necessarily proteins.

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The membrane of mitochondria contains embedded proteins.

What is the purpose of these proteins?
Responses

facilitate the synthesis of new proteins
facilitate the synthesis of new proteins
bind to nucleotides to form RNA
bind to nucleotides to form , R N A
help in the production of ATP
help in the production of , A T P
help break down organic material

Answers

The membrane of mitochondria contains embedded proteins. The purpose of these proteins is to (3) help in the production of ATP.

Mitochondria is a double membranous organ that is involved in the synthesis of energy component ATP. The inner membrane of the organelle is folded into finger like projections called cristae. They increase the surface area of the mitochondria so that more and more ATP can be produced.

ATP is Adenosine Triphosphate. It is a high energy compound. It releases energy when the 2 phosphate bonds of the triphosphate group are broken down. This energy is then used to perform various life processes of the body.

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Which of the followingstatementsis true about the LargeGround Finch and theWoodpecker Finch?A. They are similarenough that their niches overlap, causingthem to competefor mostresources.B. Their beaks are adapted to different food sources,SO their niches will compete.C. They are different species,therefore their niches do not overlap and they do notcompete.D. Their beaks are adapted todifferent food sources, sotheir niches generally do notcompete.

Answers

The true statement about the Large Ground Finch and the Woodpecker Finch is: Their beaks are adapted to different food sources, so their niches generally do not compete.

They are different species, but this isn't enough for them to avoid competition, they don't compete because their niches are different enough, as their peaks have been adapted to different food sources.

The correct answer is option D.

since 1825 the classification of the red panda has changed many times. The red panda has beenclassified as being most closely related to bears, raccoons, seals, walruses and most recentlyskunks. Which explanation accounts for the change in the classification of the red panda?A. The tools and technology used to determine classification groupings have improvedovertime.B. modern scientists determine the classification of organisms using more detaileddescriptions.C. the red panda, along with the other animals considered to be related, evolved overtime.D. other species have changed, resulting in greater similarities to the red panda.

Answers

The correct answer is A. The tools and technology used to determine classification groupings have improved overtime. Technology advances spur scientifical advances.

Which of the following partial reinforcement schedules applies a reinforce after a specific number of correct responses?

Question 9 options:



Fixed-ratio schedules




Variable-interval schedules




Variable-ration schedules




Fixed-interval schedules

Answers

Variable-ration schedules is  reinforcement schedule where appropriate movements are reinforced after a varying number of responses.

Partial reinforcement schedules is defined as either fixed or variable, and as either interval or ratio. Combinations of these four rubric produces four kinds of partial reinforcement schedules these are fixed-ratio, fixed-interval, variable-ratio and variable-interval.

A variable ratio schedule means that the reinforcer is delivered after an average number of correct responses has occurred. This schedule creates a very high rate of response. some examples are Gambling and lottery games.

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Which of the following diseases is not caused by a virus?

Question 2 options:

polio


common cold


tuberculosis


influenza

Answers

Answer: Tuberculosis

Explanation:

TB is caused by a bacterium called Mycobacterium tuberculosis

PEASE HELP PLEASE!? List and describe the substrates and products of TCA cycle

Answers

The components of TCA cycle are acetyl group, oxaloacetic acid, coA, citric acid etc. needed to start and terminate the TCA cycle.

What is TCA cycle and what are the components of TCA cycle?TCA cycle also called as Krebs cycle , called tricaboxylic acid, have certain amounts of water and acetyl co enzyme A to initiate.In the initiation the water and acetyle coA  reacts and yields an appreciable amount of citric acid.This reaction is catalysed by enzyme citrate synthatase and a molecule of coA is released.Then the next step is isomerisation that is citrate is isomerised to isocitrate a substrate.Then comes decarbocylation, formed alfa ketoglutaric acid and then succinyl coA  which is oxidised to OAA.

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What critique of society does Kurt Vonnegut convey through the satire "Harrison Bergeron", and how do the characters develop the message? a deficiency of vitamin b12 can cause . a deficiency of vitamin b12 can cause . scurvy bone diseases nerve damage neural tube defects several factors account for the movement of water up xylem vessels. which single factor is most important in pulling water toward the top of a tall tree? Prime Factorization(See attachment for more info)Thank you. What was the cotton gin, and how did this influence the southern economy during the Antebellum period?Ps: Can anyone that responds be very detailed, please? Determine which integer will make the inequality 4x + 6 < 2x + 12 false. S:{1} S:{1} S:{4} S:{4} Select the correct answer.This graph represents a quadratic function. what is the formula to find circumference one quarterof a circle? PLEASE HURRY! IM TIMED! 100 POINTSRead the excerpt from The Odyssey.'O Cyclops! Would you feast on my companions?Puny, am I, in a Caveman's hands?How do you like the beating that we gave you,you dam ned can nibal? Eater of guestsunder your roof! Zeus and the gods have paid you!'According to this excerpt, Odysseusis fearful of the Cyclops.is prideful and overly confident.has been weakened by the Cyclops.has regrets about staying on the island. Which expression is equivalent to the given expression? \frac{\left(ab^{2}\right)^{3}}{b^{5}} Which type of cytoskeletal element is described as a solid, thinner structure, often organized into a branching network, and composed of actin subunits?. On october 1, 2021, perry corporation signed a 12-month, 8% interest-bearing promissory note for $10,000. Assume that all appropriate adjusting journal entries were made at 12/31. The journal entry required when the note matures on october 1, 2022 would include a debit to interest expense for. HELP PLS 60 POINTS , Math Law Identification. the the atomic radius of helium in m and nm For which of the following does Christ pronounce "Woe" or judgment on the scribes and Pharisees in Matthew 23?They made their converts worse than themselves.They would continue the tradition of murdering God's messengers.They considered the gold of the temple more important than the temple and what it represents.They faithfully administered justice and mercy, but ignored important details of the law, such as tithing.They prevented people from entering God's kingdom.They oppressed widows.They considered the outside appearance less important than the heart. what is the primary reason to validate and control scope? keep project schedule in check establish the scope baseline keep scope creep in check validate scope baseline Las causas de la expansion europea What is the length of a rope if the mass of a rope is 4.25 Shelley's cup of tea cooled down 12 of a degree in 10 minutes. At what rate is her tea cooling down? the average life of a certain type of small motor is 10 years with a standard deviation of 2 years. the manufacturer replaces free of charge any motor that fails during a warranty period. if she is willing to replace only 3% of the motors that fail, how long should should the warranty period last? assume that the lifetime of a motor follows a normal distribution.