If phosphorous has 5 valence electrons, how many does sulfur have?

Answers

Answer 1
sulfur has 6 valence electrons

Related Questions

1. Those who were successful in Round One did not survive equally well when others were
competing for food at the same dish during round two. Which beak was not successful and why?

Answers

Large beak will not be successful if the food is small in size because they can't eat that food.

Which beak was not successful and why?

Large beak was not successful if there is small sized food is present on the dish while on the other hand, if the dish has big sized food then the small beak can't survive the second round because they are unable to eat that food.

So we can conclude that big beak will not be successful if the food is small in size because they can't eat that food.

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Which congruence theorem can be used to prove △BDA ≅ △BDC?

Triangles B D A and B D C share side B D. Sides B C and B A are congruent. Sides A D and D C are congruent.

HL
SSA
AAS
SSS

Answers

The answer would be SSS similar sides “side side side”

The congruence theorem that can be used to prove △BDA ≅ △BDC is SSS (Side Side Side); option D.

What is congruency in triangles?

Congruency of triangles refers to the similarity that exists between triangles such that the triangles have equal equal angles and equal length of sides.

The given Triangles B D A and B D C share side B D.

Sides B C and B A are congruent.

Sides A D and D C are congruent.

Therefore, the congruence theorem that can be used to prove △BDA ≅ △BDC is SSS (Side Side Side).

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Why would a civilization choose to live near a river that regularly floods?
o a. the flooding provides extra water for drinking.
o b. flooded rivers have more fish than other rivers.
o c. rivers carve out extra land along the banks after floods.
d. rivers leave fertile soil along their banks after floods.

Answers

Rivers with regularly floods leaves fertile soil along their banks which is why a civilization will choose to live near there.

What is Fertile?

This is defined as the ability of land to produce crops and vegetation in abundant quantities.

Flooding washes minerals and humus to the bank of rivers which favors growth of plants which is why option D was chosen.

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Use the following information to calculate the correct frequencies: In a population of
Pennsylvanians, only 18% of individuals express the recessive trait of Syndactyly or webbed finger
(formulas: p+q=1 and p²+2pq+q2²=1)
a. What percentage of the population are not Webbed?

Answers

If we have the recessive genotypic frequency, we can calculate the phenotypic frequencies in a population in Hardy-Weinberg equilibrium. The percentage is 82%.

What si the Hardy-Weinberg equilibrium theory?

The Hardy-Weinberg equilibrium theory states that allelic and genotypic frequencies remain the same through generations in a population that is in equilibrium.  

The allelic frequencies in a locus are represented as p and q. Assuming a diallelic gene,

Allelic frequencies

The frequency of the dominant allele f(X) is pThe frequency of the recessive allele f(x) is q

Genotypic frequencies after one generation are

H0m0zyg0us dominant genotypic frequency,

2pqHeter0zyg0us genotypic frequency,

H0m0zyg0us recessive genotypic frequency.

The addition of the allelic frequencies equals 1

p + q = 1.

The sum of genotypic frequencies equals 1

p² + 2pq + q² = 1

Available data:

18% of individuals express the recessive trait of Syndactyly

Let us say that the dominant allele is A and the recessive allele is a.

The dominant allele A codes for normal finger.The recessive allele a codes for webbed finger.

Assuming this gene expresses complete dominance,

H0m0zyg0us dominant and heter0zyg0us -AA and Aa- individuals have normal finger.

Their frequency in the population is p² + 2pq.

h0m0zyg0us recessive -aa- individuals have webbed finger.

Their frequency in the population is .

Individuals that express Syndactyly have webbed finger and their genotype is h0m0zyg0us recessive, aa. Their frequency in the population is .

q² = 18% = 0.18

We can get the frequency of individuals with normal fingers by clearing the following equation,

p² + 2pq + q² = 1

p² + 2pq + 0.18 = 1

p² + 2pq = 1 - 0.18

p² + 2pq = 0.82

The frequency of individuals with normal fingers is p² + 2pq = 0.82 = 82%.

The percentage of the population are not Webbed is 82%.

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This plants seeds spread so that new plants will grow, which way will the seeds most likely spread.

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Answer:
The most common methods of nature spreading seeds are wind, water, animals, explosion and fire.

Some plants spread their seeds in the wind (flowers) while some spread seeds thru ingestion by animals and defecating the seeds in their droppings (pine trees).

Name the cavity between the nose and mouth.
A. pharynx
B. larynx
C. trachea
D. Esophagus

Answers

The cavity which separate or in between the nose and the mouth is the nasal cavity.

The nose and the mouth meet at a junction called the pharnx; option A

What is nasal cavity?

The nasal cavity refers to a large, air-filled space above and behind the nose in the middle of the face. It is the cavity which divides the nose and mouth.

However, the nasal septum divides the cavity into two cavities .

The larynx is the passageway for air between the pharynx above and the trachea below.

The pharynx carries air, food and fluid down from the nose and mouth.

So therefore, the cavity which separate or in between the nose and the mouth is the nasal cavity.

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an organism has a hapoloid number of 20. what is the organisms diploid number

Answers

Haploid means half, and diploid means double of the half, and so its diploid number will be 20⋅2=40 if its haploid number is 20 .

the form of energy that refers to the motion of particles______ A. thermal energy B. heat C. temperature​

Answers

Answer:

A. I think so it's correct

plase help my and thanks . ammm

Answers

From the illustration, it can be said that the age of the rock layer is the same in the four locations of index fossil 1.

Age of fossil

It is a measure of how long a material has been fossilized.

Thus, if a rock layer contains a fossil and another similar rock layer does not have the fossil, one can conclude that the ages of the rock layers are different.

Only index fossil 1 is found in all the four locations as shown in the image. Hence, one can as well infer that the rock layers in all these four locations are of the same age.

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Normally, humans think of wildfires as
a negative thing. In which biome can
fire suppression have a considerable
impact?
A. desert
B. tropical rainforest
C. tundra
D. grassland

Answers

Answer:

D. grassland

Explanation:

Wildfires in grasslands can allow nutrients to return to the soil and allow plants to regrow.

At which of these locations is a dietician least likely to work?
school
theater
hospital
nursing home

Answers

Theater would be the answer

Answer:

B. Theater

Explanation:

Think about it. Would a dietician really work at an amusement park? That sounds ridiculous! If a dietician wouldn’t work at an amusement park, he or she would not work at a theater.

You’re welcome.

How do land animals remove gas liquid and solid waste materials?

Answers

Answer:

The corect phase sequence shown

Gas, Liguid, Solid

Lqud, Gas, Solid

Sold, Liguid, Gas

Gas, Solid, Liquid

above i

What is spermatogenesis and sporophyte?

Answers

Answer:

Explanation:

1. Production of sperm by meiosis

2. diploid generation which alternates with haploid (in plants)

Which question is most likely to be found in a dichotomous key for fish identification?

Where was the fish found?

Does the fish live in the water?

How closely related is it to a salmon?

Does it have a rounded tail?

Answers

Answer:

D

Does it have a rounded tail?

Drinking alcohol during pregnancy negatively impacts development of the fetus because

Answers

Drinking alcohol during pregnancy negatively impacts the fetus because it increases the risk of having a miscarriage and premature birth (& baby having a low birthweight)
Drinking during pregnancy can also cause foetal alcohol spectrum disorder (FASD) after birth

(Hope this helped?)

which mammal didnt become extinct during the Cenoozoic era

Answers

Answer:

rodents and small horses

Which led most directly to the decline of the latin language?
oa. the death of joan of arc
ob. fear of witchcraft
oc. the great schism
o d. interest in poetry

Answers

The great schism was what led to the decline of the latin language and is denoted as option C.

What is Great schism?

This was characterized by Christianity being divided into two divisions, Roman Catholic and Eastern Orthodox.

This led to the latin language being replaced with others such as Greek etc in this scenario.

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Some organisms have genes that improve their ability to survive

Answers

Some organisms have genes that improve their ability to survive and reproduce. If the gene also help their offspring survive and reproduce, then frequency in gene in population get increase.

What is gene?

A gene is the basic physical and functional unit of heredity. Genes are made up of DNA and each chromosome contains many genes.

Throughout the individual lives, their genomes interact with their environments to cause variations in traits which help an organism to adapt better to the environment. These changes which help the organism's survival are selected and passed on to next generation.  The genes help in increasing the fitness of the organism and thus the gene frequency changes.  . The frequency of these gene increases as they are selected favourably.

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what best discribes a possible negative impact of irrigation of farmland

Answers

Answer:

Food can be produced in dry areas.

Explanation:

This can be rice.

How does sea level change when Earth's global temperature is lower?
A. Glaciers grow bigger, causing sea level to fall.
B. Glaciers grow smaller, causing sea level to fall.
C. Glaciers grow smaller, causing sea level to rise.
D. Glaciers grow bigger, causing sea level to rise.

Answers

Glaciers grow smaller, causing sea level to rise when Earth's global temperature is lower. Thus, the correct option is C.

Sea level lowers during cold climate periods, known as glacial epochs or ice ages, due to a shift in the global hydrologic cycle, in which water evaporates from the oceans and is stored on the continents as massive ice sheets, extended ice caps, ice fields, and mountain glaciers. At the last glacial maximum, some 20,000 years ago, global sea level was about 125 meters lower than it is today.

What is interglacial epochs?

Because the melting North American, Eurasian, South American, Greenland, and Antarctic ice sheets returned their stored water to the world's oceans as the climate warmed, sea level rose. Sea level is at its highest during the warmest eras, known as interglacial epochs.

We are currently living in the most recent interglacial, which began around 10,000 years ago and is referred to by geologists as the Holocene Epoch. Sea levels were about 3 to 20 meters higher than they are now during several previous interglacials.

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Davy made a model of the water cycle by adding some water inside a plastic bag, sealing the bag, and placing it in a sunny area. he noticed that the level of the water went down, and then some droplets appeared on the sides of the bag. which part of the water cycle caused water droplets to form on the side of the plastic bag? condensation evaporation precipitation runoff

Answers

Davy made a model of the water cycle by adding some water inside a plastic bag, sealing the bag, and placing it in a sunny area. He noticed that the level of the water went down, and then some droplets appeared on the sides of the bag. which part of the water cycle caused water droplets to form on the side of the plastic bag?  

(a) condensation (b) evaporation (c) precipitation runoff

The part of the water cycle that caused water droplets to form on the side of the plastic bag would be condensation.

What is condensation?

It is a process whereby water vapor in the atmosphere condenses or turns back into liquid.

Condensation is as opposed to evaporation. The latter is a process whereby liquid water turns into vapor water. In other words, evaporation and condensation are words and opposites.

Both processes play a major role in the water cycle of the ecosystem.

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1. Why is Maya Lim excited about classroom bioprinters? 2. What parts of Maya Lim's job as a chemical engineer sound interesting to you?

Answers

Classroom bioprinters can be used to print literally any biological object, whereas a chemical engineer is responsible to use chemistry to develop processes and devices.

What is a bioprinter?

A bioprinter is a device that combines cells and transcriptional growth factors, in order to generate structures similar to tissues and organs.

Moreover, a chemical engineer is aimed at exploring the chemical properties of matter to develop processes and devices.

In conclusion, classroom bioprinters can be used to print literally any biological object, whereas a chemical engineer is responsible to use chemistry to develop processes and devices.

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Why isa DNA replication regarded as semi conservative?

Answers

Answer:

each helix that is created contains one strand from the helix from which it was copied.

Explanation:

estions
1. What is selective breeding?
2. Name two characteristics cattle
have been selectively bred for.
3. How can you obtain wheat with
the characteristics you want?
4. The table on the right shows the
characteristics of two chickens,
Kendo and Bibby. If they have
offspring which characteristics
do you think the farmer would
want from each chicken?

Answers

Selective breeding is a technique to obtain offspring with desired traits, characteristics of cattle include meat and height, whereas wheat is obtained by crossing high yield plants.

What is Selective breeding?

Selective breeding is a human technique used to obtain descendence (either plants or animals) from a given genetic cross.

This technique (selective breeding) is used in agriculture to obtain wheat with higher grain yields.

Two characteristics of cattle that have been human-driven selected include meat and average size (height).

It is possible to obtain wheat with desired features by crossing plants having desired genes (it is an autogamous plant).

The characteristics of the chickens (Kendo and Bibby) are not found here, but it is possible to select desired phenotypes by crossing them and selecting offspring.

In conclusion, selective breeding can be used to obtain offspring from a given genetic cross expressing desired traits.

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What is the difference between a food chain and a food web?
A. A food web shows multiple food chains that are interconnected.
B. A food chain shows multiple food webs that are interconnected.
C. A food chain is used when there are no decomposers present, a food web includes them and shows the recycling of nutrients.
D. A food web is only used when organisms that have multiple ways of getting energy are involved, such as Omnivores.

Answers

Answer:

A

Explanation:

A food web shows multiple food chains that are interconnected.

PLEASE HELP IM STUCK

Answers

Answer:

C. The Benthic Zone

Explanation:

It is home to lots of species of animals in the zone  

Hope This Helped


A carbon budget is the amount of carbon we can release into the atmosphere before global temperatures rise above two degrees Celsius. Our current rate of carbon
released from burning fossil fuels is 37 billion tonnes per year. If we continue to burn fossil fuels at this same rate, how many years could it take to reach the limit of the
carbon budget shown in the graph?
8 years
7.4 years
6.8 years
10 years

Answers

I believe it’s 10 years I may be wrong

Answer:

its either 8 or 7.4

Explanation:

both 10 and 6.8 were wrong

Why is mitochondria considered as strange organelle

Answers

Mitochondria is considered as strange organelle because it ha

An experiment that has only one variable changed

Answers

a controlled experiment

Help please . when and where would you expect to find the highest rate of primary productivity?
o a. in the temperate regions during the summer months
o b. in the polar regions during the summer months
c. in the polar regions during the fall
o d. in the tropics during the fall

Answers

Expected to find the highest rate of primary productivity in the tropics during autumn

In which ecosystems is primary productivity highest?

The more sunlight the system receives, the greater the productivity. Thus, in tropical regions — where there is more sunlight and temperatures are higher throughout the year — productivity is higher than in places with a

temperatecold or polar climate.

With this information, we can conclude that Expected to find the highest rate of primary productivity in the tropics during autumn

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Other Questions
Read This Excerpt from white fang. The man who had spoken came over to her. He put his hand upon her head, and she only crouched closer. She did not snap, nor threaten to snap. The other men came up, and surrounded her, and felt her, and pawed her, which actions she made no attempt to resent. They were greatly excited, and made many noises with their mouths. These noises were not indications of danger, the cub decided, as he crouched near his mother, still bristling from time to time but doing his best to submit.What point of view is this? First-personThird-person omniscient Third-person limited Which line on the graph could represent this scenario?a(x)f(x)g(x)h(x) __________ attempt(s) to justify the breaking of some norms. Group of answer choices none of us only deviants everyone very few of us Which description is true of 0.02 m ca(oh)2 if ca(oh)2 completely dissociates in water? How many is 2+ quaters + 4 cents + three 5 cents equals ?*I'm trying to make a dollar ty Who were the "redeemers ? HELP PLEASEMary Anning: First Fossil HunterSmack! Smash! Splash! In 1799, Mary Anning was born to the sound of ocean waves crashing against the cliffs of Lyme Regis, England. When Mary was just a few years old, she and her older brother, Joseph, would go to the town's seashore with her father. Here Mary's father taught his children how to hunt for fossils in the rocks and cliffs. At this time, scientists were just beginning to understand fossils, or the remains of plants and animals that lived long, long ago. Wealthy visitors would come to Lyme Regis to vacation. The Anning family had little money, so they would sell the small fossils they found to these tourists.Mary was a quiet girl. Some might say that in Mary's case still, waters run deep because she was also bright, curious, and a hard worker who spent long days on the beach looking for fossils. She needed to help her family survive. Life was hard and when it rains, it pours. Soon, Mary's father died. Although she was only 10, Mary was forced to quit school, and now she needed to work even harder to find fossils to sell. Because of unstable cliffs, battering waves, and sudden storms, Mary had to be bold and daring. It was dangerous work.But one day, something happened to show that every cloud has a silver lining. When Mary was about 12, Joseph made a fantastic find. He found a large fossil skull that had a long nose and many teeth.First, Mary planned how to uncover the rest of the creature. Then, over several months, she unearthed each part of the fossil. Since haste makes waste, Mary did not want to hurry and damage the fossil. She chiseled and chipped slowly, tapping and brushing carefully. Finally, Mary uncovered an almost complete skeleton of a prehistoric creature. A wealthy neighbor bought the fossils and later scientists named the creature ichthyosaur, or fish-lizard.The discovery of the ichthyosaur called attention to Mary as a fossil hunter, but her family was still poor. Mary continued to uncover fossils to sell. Even though she had little formal schooling, Mary knew how to read and write. During her teenage years, Mary taught herself about rocks, animals, fish, and the earth. She wrote letters to well-known scientists. Some scientists came to visit her in Lyme Regis.About 11 years after finding ichthyosaur, Mary made another astonishing discovery. She dug out another reptile that had lived in the sea, the first complete plesiosaur. The plesiosaur was nine feet long with a lizard's head and crocodile teeth. Scientists called the long-necked plesiosaur the sea dragon. This was followed by her discovery of the rare fossil of the flying dragon, pterodactyl.With each discovery, Mary's fame grew. Visitors followed her on fossil hunts, and scientists combed the beach with her. Throughout her life, Mary looked for fossils. She was one of the first persons to make a living as a fossil hunter. Mary helped solve the puzzle of what life was like long ago.After her death in 1847, Mary was honored with a stained-glass window in the church of Lyme Regis. Many of the fossils Mary Anning uncovered are still studied and displayed in museums.Select the best summary of Marie Anning: First Fossil Hunter. A. Mary Anning taught herself to read and write, and she very much enjoyed going to the beach and playing in the waves. Although she was very quiet, Mary was also known to be bold and enjoy danger. Mary and her brother, Joseph, lived in Lyme Regis, where she found many fossils. B. Mary and Joseph Anning enjoyed playing in the ocean near their hometown, Lyme Regis. Mary was even born to the sound of the ocean waves smacking against the rocks. Unfortunately, Joseph and Mary's father passed away, so the children had to help the family earn more money. They would look for fossils. Much of the family's income came from selling fossils to the wealthy tourists that would often visit, but then Mary started to find dinosaur fossils. C. Mary Anning lived in Lyme Regis and was taught to find fossils by her father as a way to help support her family. Mary's curiosity and patience helped her to uncover the skeleton of an ichthyosaur. Mary went on to study and would write to scientists. Eventually, Mary uncovered the very first complete plesiosaur and later also the first pterodactyl fossil. Mary made a living as a fossil hunter, and her discoveries are still honored today. D. Mary Anning was a fossil hunter. In order to uncover a fossil, one must remember that haste makes waste, meaning that rushing will only destroy important pieces of a fossil. Mary uncovered the first pterodactyl, as well as many other prehistoric creatures. 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