The weather conditions at a given place over a long period of time is known as __________.
Answers
Answer:
Climate
Explanation:
Weather is like day to day, but climate is the average weather.
For example, the Climate in South Texas is hot, humid in the summer.
Did this help!?!
Answer:
Climate
Explanation:
Related Questions
Why is the main purpose of the circulatory system to distribute food throughout the body?
Answers
Answer:
The circulatory system delivers oxygen and nutrients to cells and takes away wastes.
Explanation:
Answer:
The circulatory delivers oxygen and nutrients it to cells and takes away wastes. The heart pumps oxygenated and deoxygenated blood on different sides.
Explanation:
What is skepticism?
a new scientific idea
being interested in new or different ideas
a general agreement among scientists about a scientific idea
the understanding that knowledge in a particular area can be uncertain
Answers
An attitude of skepticism or a tendency to be skeptical, either generally or with regard to a certain object.
What is skepticism and why is it important?In order to be skeptical, one must refrain from leaping to conclusions when examining a claim or an explanation. In the course of a study, it enables scientists to take into account every scenario and rigorously examine all available data.Doubt, dubiety, mistrust, suspicion, and uncertainty are some typical synonyms for skepticism. While all of these terms refer to a "lack of sureness about someone or something," scepticism denotes a refusal to accept something without concrete proof.A sceptic is someone who thinks that some or all of human knowledge is illogical. Skeptics contend that it is preferable to suspend believing rather than rely on the disputed byproducts of reason because even our finest methods for learning about the universe occasionally fall short of full certainty.To learn more about skepticism refer to:
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Answer:
D
Explanation:
The understanding that knowledge in a particular area can be uncertain
Which of the following has mechanical energy?
Chose all the answers that apply
A. bouncing ball
B. water in a reservoir
C. book on a table
D. person running
E. falling tree
Answers
Answer:
A. bouncing ball
B. water in a reservoir
C. book on a table
D. person running
E. falling tree
All of the above
Explanation:
Energy is commonly defined as the ability to do work. Mechanical energy is a type of energy possessed by an object when I motion (moving) or in a position (resting).
Mechanical energy has two types viz: kinetic energy and potential energy. Kinetic energy is the energy possessed by a moving object while potential energy is that possessed at a fixed position.
Therefore, in this question, all the examples portrays a moving or stationary object, which makes all an example of mechanical energy. Bouncing ball (moving), water in a reservoir (stationary), book on a table (stationary), person running (moving) etc.
Inputs and outputs of a system include energy, matter, and information
O True
O False
Answers
I just took a quiz
Scientists share their conclusions with others in their field for all of the following reasons except
O to build the body of scientific knowledge.
O to alert other scientists to new developments.
to contribute their results to the creation of a theory.
to ensure that no one else gets the same results from an experiment
Answers
Answer:
ensure that no one else gets the same results from an experiment
Explanation:
The more the merrier!
Vitamin A is a relatively small, lipid-soluble molecule that can behave as a hormone. Most likely its receptor
Answers
Its receptor is probably not related to the plasma membrane because vitamin A is a relatively tiny, lipid-soluble substance that can act as a hormone.
Which one of these hormones can be dissolved in lipids?The cell membrane is not a barrier to lipid-soluble hormones. The most widely distributed lipid-soluble hormones are steroid hormones. Progesterone, estrogens, cortisol, aldosterone, and testosterone are all examples of steroid hormones.The lipid-soluble vitamin A molecule is quite tiny and has hormone-like properties. Thus, (d) is the most likely location of its receptor within the cell. In order to produce new intracellular enzymes, lipid-soluble hormones link to nuclear or cytoplasmic receptors, which trigger gene transcription.Its receptor is probably not related to the plasma membrane because vitamin A is a relatively tiny, lipid-soluble substance that can act as a hormone.The complete question is,
A relatively small, lipid-soluble substance called vitamin A has hormone-like properties. Its receptor is most likely an ion channel receptor, a protein kinase receptor, involved a G protein, not attached to the plasma membrane, nonexistent, or none of the above; vitamin A does not have a receptor.
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If any type of rock experiences intense heat and pressure, it changes into ____________ rock.
Answers
Answer: Metamorphic rock
Explanation:
Answer:
hi
Explanation:
Is fertile soil a renewable or nonrenewable resource?
Answers
Answer: fertile soil is an non renewable resource
Explanation:
which of the following is an artificial
hormone
PAA
IBA
NAA
ALL OF THESE
pls...help Mee with the correct answer
Answers
in a moment of danger, the autonomic nervous system activates the endocrine system to release epinephrine and norepinephrine. which part of the endocrine system releases these two hormones?
Answers
The epinephrine and norepinephrine released by the action of autonomic nervous system is released by the adrenal gland.
The autonomic nervous system is a part of the peripheral nervous system that is involved in the regulation of the involuntary actions of the body like digestion, respiration, heart contraction, etc. It is further divided into two types: sympathetic and parasympathetic.
Adrenal glands are the small triangular shaped structures that are present above both the kidneys. The hormones produced by the adrenal glands are involved in the regulation of metabolism, immune system, blood pressure, response to stress, etc. Cortisol is also a hormone released from the adrenal glands.
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The population change equation is Population Change = (Natality - Mortality) + (Immigration - Emigration). Which equation would create
stable population? (1 point)
natality + immigration = mortality - emigration
O natality + immigration = mortality + emigration
O natality + mortality = immigration + emigration
O natality - immigration = mortality + emigration
Answers
Answer:
B. natality + immigration = mortality + emigration
Explanation:
Migration refers to the movement of a group of people from one geographical region (location) to another geographical destination in search of better living conditions, work or social amenities.
Migration selectivity can be defined as the likelihood or tendency that a subset (part) of a group of people are going to move (migrate) out of a particular geographical location or area.
Some of the factors that influence migration selectivity are income level, age, education, gender etc.
Population change equation states that the change in the size of a population over a specific period of time is equal to the sum of the number of births and the number of immigrants that joined.
Mathematically, the population change equation is given by the formula;
Population Change = (Natality - Mortality) + (Immigration - Emigration)
Therefore, the equation which would create a stable population is given by the formula;
Natality + immigration = mortality + emigration.
explain the 8 phases of the moon
Answers
Answer:
The moon goes through a cycle of eight distinct phases as it orbits around the Earth. These phases result from the changing positions of the Earth, Moon, and Sun relative to each other. Here are the eight phases of the moon:
New Moon: During the new moon phase, the Moon is positioned between the Earth and the Sun, with the side of the Moon facing us not illuminated. From our perspective on Earth, the Moon appears completely dark.
Waxing Crescent: Following the new moon, a small crescent of the Moon becomes visible. This phase is known as the waxing crescent. The illuminated portion of the Moon gradually increases, but it is still a small fraction of the Moon's total surface area.
First Quarter: As the Moon continues its orbit, the first quarter phase is reached. The Moon appears half-illuminated, with the right half visible from the northern hemisphere and the left half visible from the southern hemisphere.
Waxing Gibbous: After the first quarter, the waxing gibbous phase occurs. During this phase, more than half of the Moon is illuminated, but it is not yet a full moon. The illuminated portion continues to grow larger.
Full Moon: The full moon is reached when the Earth is positioned between the Moon and the Sun. The entire side of the Moon facing Earth is fully illuminated, making it appear as a complete circle.
Waning Gibbous: Following the full moon, the Moon enters the waning gibbous phase. The illuminated portion gradually decreases, but more than half of the Moon is still visible.
Third Quarter: The third quarter phase occurs when the Moon has completed three-quarters of its orbit around the Earth. During this phase, the left half of the Moon is visible from the northern hemisphere, while the right half is visible from the southern hemisphere.
Waning Crescent: The final phase of the moon is the waning crescent. Only a small crescent of the Moon is illuminated, gradually decreasing until it reaches the new moon phase again.
It's important to note that the length of each phase varies, with an average duration of approximately 7.4 days. The specific appearance and timing of each phase can be influenced by factors such as the Moon's position in its orbit and the angle at which sunlight reaches it.
Explanation:
1. New Moon: The moon is not visible during this phase as it is positioned between the Earth and the Sun, with its dark side facing us.
2. Waxing Crescent: A small portion of the moon becomes visible as a crescent shape. It appears as a thin sliver, and the illuminated part gradually increases.
3. First Quarter: Half of the moon is illuminated, appearing as a half-circle. It is called the first quarter because it marks the completion of the first quarter of the lunar cycle.
4. Waxing Gibbous: More than half of the moon is visible, but it is not fully illuminated. The illuminated part continues to grow, and the moon appears larger.
5. Full Moon: The entire face of the moon is visible, appearing as a complete circle. It occurs when the Earth is positioned between the moon and the Sun, so the moon is fully illuminated.
6. Waning Gibbous: The illuminated portion of the moon starts to decrease, and it appears as a shrinking circle. It is called "waning" because the illuminated part is getting smaller.
7. Third Quarter: Similar to the first quarter, half of the moon is visible, but it appears in the opposite half-circle shape. It marks the completion of the third quarter of the lunar cycle.
8. Waning Crescent: Only a small portion of the moon is visible as a diminishing crescent shape. The illuminated part continues to shrink until it becomes a New Moon again, starting the cycle anew.
These phases occur due to the changing positions of the moon, Earth, and the Sun, which affect the amount of sunlight reflected on the moon's surface visible from Earth.
Which of these can be decomposed by a chemical change?
Answers
Answer:
B) CO
Explanation:
Chemical decompsition or breakdown is defined as the process in which a substance can be broken down into simpler compounds through chemical means.
CO or carbon monoxide can be decomposed by chemical change because it can be broken down into into carbon and oxygen.
While Co (cobalt), Cr (chromium), and Cu (coppoer) are present in its simplest form and can not be decomposed further.
Hence, the correct answer is "B) CO".
Sheep are raised in significantly smaller numbers in the United States than either cattle or pigs. Sheep farming has changed in recent years. How has it changed?
A.
It has increased since 1980.
B.
It has declined since 1980.
C.
It has increased since 2000.
D.
It has declined since 1960.
Answers
The shortage of the resources along with the maintenance as this sis why the requirement that is getting lesser has impacted the industry. Although it contributes a large amount to the economy.
What is the name of 1st hybrid sheep ?It is the sheep that was named as Dolly and was invented in 2002 by cloning.
The shortage of the large-animal veterinarians taking place in many areas of country is challenge to sheep industry and to the other livestock industries as well . The same conditions led to the short fall in the United states as well.
Today, the domestic sheep count is 1/10 of the size it was in the World War II in the United states . The decrease is a result of the economic and the cultural factors that are coming together And it has left to the wonders. Some of the sheep that are raised for the wool others primarily for food.
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as in most areas of biology, the study of mitosis and the cell cycle involves a lot of new terminology. knowing what the different terms mean is essential to understanding and describing the processes occurring in the cell. drag the terms on the left to correctly complete these sentences. not all the terms will be used. view available hint(s)for part a resethelp 1. dna replication produces two identical dna molecules, called blank, which separate during mitosis.target 1 of 8 2. after chromosomes condense, the blank is the region where the identical dna molecules are most tightly attached to each other.target 2 of 8 3. during mitosis, microtubules attach to chromosomes at the .target 3 of 8 4. in dividing cells, most of the cell's growth occurs during .target 4 of 8 5. the blank is a cell structure consisting of microtubules, which forms during early mitosis and plays a role in cell division.target 5 of 8 6. during interphase, most of the nucleus is filled with a complex of dna and protein in a dispersed form called blank.target 6 of 8 7. in most eukaryotes, division of the nucleus is followed by blank, when the rest of the cell divides.target 7 of 8 8. the blank are the organizing centers for microtubules involved in separating chromosomes during mitosis.
Answers
1. DNA replication produces two identical DNA molecules, called SISTER CHROMATID(S), which separate during mitosis.
2. After chromosomes condense, the CENTROMERE(S) is the region where the identical DNA molecules are most tightly attached to each other.
3. During mitosis, microtubules attach to chromosomes at the KINETOCHORE(S)
4. In dividing cells, most of the cell's growth occurs during INTERPHASE
5. The MITOTIC SPINDLE(S) is a cell structure consisting of microtubules, which forms during early mitosis and plays a role in cell division.
6. During interphase, most of the nucleus is filled with a complex of DNA and protein in a dispersed form called CHROMATIN
7. In most eukaryotes, division of the nucleus is followed by CYTOKINESIS, when the rest of the cell divides.
8. The CENTROSOME(S) are the organizing centers for microtubules involved in separating chromosomes during mitosis.
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Full Question:As in most areas of biology, the study of mitosis and the cell cycle involves a lot of new terminology. Knowing what the different terms mean is essential to understanding and describing the processes occurring in the cell.
Explain clearly where in the body you would find the villi
Answers
The inner wall of the small intestine is covered by numerous folds of mucous membrane called plicae circulares. The surface of these folds contains tiny projections called villi and microvilli, which further increase the total area for absorption.
Answer:
Villi are small finger-like projections found inside the inner walls of the small intestine. They increase the surface area for absorption of the digested food.
How are single double and triple bonds similar
Answers
Answer:
Double and triple covalent bonds are stronger than single covalent bonds and they are characterized by the sharing of four or six electrons between atoms, respectively.
Explanation:
which of the following is correct about the layers of the rainforest and its contents
Answers
Production of a neurotoxin that prevents acetylcholine release from motor neurons at neuromuscular junctions is a characteristic of:
Answers
Answer: The production of a neurotoxin that prevents acetylcholine release from motor neurons at neuromuscular junctions is a characteristic of some species of bacteria, particularly those in the genus Clostridium.
Explanation:
This neurotoxin, called botulinum toxin, causes the disease botulism and can result in muscle paralysis and respiratory failure if left untreated. Botulinum toxin is one of the most potent toxins known to science, and its use has been explored for both therapeutic and cosmetic purposes, such as in the treatment of muscle disorders and the reduction of wrinkles.
In a population of wild bees, a mutation resulted in slightly larger wingspan in some of the bees. This larger wingspan made the bees more efficient in their flights to flowers to collect nectar. Thus, these bees became more successful at surviving and reproducing. This trait was passed on to offspring, and eventually the larger wingspan variety of bee replaced their smaller-winged relatives completely. Because this mutation produced a specific wing trait that was passed onto offspring, the mutation must have occurred ____.
Answers
Answer:
In reproductive or sexual cells
Explanation:
There are two principal types of cells in the organism: Somatic diploid cells (2n) that reproduce by the process of mitosis, and germ cells that are diploid reproductive cells in charge of gamete production. These germ cells suffer both mitosis (to form more sexual cells) and meiosis (giving place to haploid gametes: sperm and egg cells, through the gametogenesis process). Both somatic cells and germinal cells will end their cycle becoming two daughter cells with the same genetic dotation.
Gametes from each parent will merge in the process of fecundation, during which a new diploid cell called a zygote emerges through fertilization. The zygote is a complete cell from the structural point of view that suffers successive mitosis to form the new organism.
Any cell in the organism might suffer mutation.
If the mutation occurs in the somatic cells, it will produce a population of identical mutated cells in that organism. However, this mutation in these cells is not inheritable. By definition, mutations in somatic cells do not inherit because these cells do not produce progeny. If the mutation occurs in the germinal line, in the germ cells, or the sexual cells, this mutation will pass to the offspring. The organism with mutated germinal cells might express a normal phenotype, but this mutation will be detected in the progeny.what is the animal with unique characteristics? to be choosen from every other ones?
pls!! help me at least give me your ideas, what animal you most like and the reason you like it!!
Answers
the animal i like the most is the bald eagle and because it represents the U.S.A
Whose device seeks to minimize the transfer of energy by conduction?
A
Liam
B
Aaliyah
C
Mateo
Answers
once a blood vessel has been cut, local contractions in the smooth muscle fibers of the vessel wall are characteristic of which phase of hemostasis?
Answers
Answer:
Vasoconstriction phase.
Primary hemostasis is characterized by vasoconstriction, which is the initial phase for stopping the blood flow10. Vascular spasm occurs whenever there is an injury or damage to the blood vessels. This will trigger a vasoconstriction, which could eventually stop the blood flow.
Explanation:
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The local contractions in smooth muscle fibers of a cut blood vessel are characteristic of the vascular phase of hemostasis.
During this phase, blood vessels constrict to decrease blood flow and minimize bleeding. This is followed by the platelet phase, where platelets aggregate to form a temporary plug at the site of injury.
Finally, the coagulation phase occurs, where a fibrin clot is formed to seal the vessel and prevent further bleeding. Overall, the three phases of hemostasis work together to stop bleeding and maintain homeostasis in the body.
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GIVING BRAINLIEST!!!!!!!PLS HELPPPP :((
Your lungs take in air through the mouth and nose. Explain how the lungs function in the human body.
A) They coordinate the movement of the heart.
B) They pass oxygen from the air into the blood.
C) They pump the blood throughout the body.
D) They remove carbon dioxide from the air.
Answers
Answer:
Your answer would be "B) They pass oxygen from the air into the blood."
Explanation:
They certainly don't coordinate the movement of the heart, so A isn't an option.
The lungs also don't pump blood through the body, that's the hearts job.
And the lungs do not filter carbon out of the air, which eliminates D.
Therefore your answer is B.
The lungs function in the human body by passing oxygen from the air into the blood.
Gaseous exchange in the lungGaseous exchange happens in the lung of humans. Oxygen is exchanged for carbon dioxide.
A mixture of air is taken through the mouth and the nose into the lung. On getting to the lung, the oxygen in the air dissolves on the surface of the lung and enters the blood by diffusion.
In exchange, carbon dioxide in the blood diffuses in the opposite direction and is breathed out.
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Development in animals proceeds through 4 main phases. Please complete the statements below regarding these stages of development.
differentiate
four
characteristics
three
segments
limbs
body axes
Answers
Development in animals proceeds through 4 main phases. These phases are the following:1. Fertilization 2. Cleavage3. Gastrulation4. Organogenesis.
Fertilization is the process by which a sperm cell fuses with an ovum to form a zygote. Cleavage is a series of rapid mitotic cell divisions that produce a large number of smaller cells known as blastomeres. The cytoplasm of the original zygote divides into progressively smaller cells until a solid ball of cells called a morula is formed. Gastrulation is the process by which the developing blastula undergoes a series of cell movements that transform it into a multilayered embryonic disc. During gastrulation, the blastula is reorganized into a three-layered embryo with a primitive gut that has an opening at both ends. Organogenesis is the process by which the three germ layers give rise to the various organs and organ systems of the body. Organogenesis is completed in two overlapping phases: embryonic development, which occurs during the first two months of development, and fetal development, which occurs from the third month until birth. During the development of animals, the differentiation process is also important. Differentiation is the process by which unspecialized embryonic cells become specialized, with different tissues and organs forming. The differentiation process begins after gastrulation, and it continues throughout development. Embryonic development is divided into four main phases. These four phases are as follows: fertilization, cleavage, gastrulation, and organogenesis.
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12ompaataampoanriias
testation
arning soon
Pooradamma
Conceing the site
Answers
Answer:
♡ hi there, fairy! ♡
- this app is for school purposes, not random spams.
-madi/madeline
✧･ﾟ: *✧･ﾟ:･ﾟ✧*:･ﾟ✧･ﾟ: *✧･ﾟ:･ﾟ✧*:･ﾟ✧
Explanation:
if an adult hamster with a 24-hour endogenous rhythm receives a lesion to the scn and a subsequent scn transplant from a young hamster with an endogenous rhythm of 20 hours, which outcome occurs?
Answers
If an adult hamster with a 24-hour endogenous rhythm receives a lesion to the SCN and a subsequent SCN transplant from a young hamster with an endogenous rhythm of 20 hours, the adult hamster will adopt a 20-hour rhythm will occur.
What Exactly Is Exogenous Rhythm?Exogenous rhythm is the term used to describe environmental variables that affect natural circadian rhythm cycles over the course of a twenty-four-hour period. These variables include light exposure, temperature, ambient noise, regular diet, different time zones, traumatic events, injuries, and occupational stress. Light-sensitive cells in the retina, which are responsible for the body's biorhythms' response to light absorption, set off physiological cues that correspond to sleep/wake cycles. If these cues are out of sync, sleep patterns might be disrupted.
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A cell has unsuccessfully activated an unfolded protein response to relieve the stressful situation from misfolded proteins. What is likely to follow? a. cell grows to dilute the effects of the unfolded proteins on the other protein complexes. b. cells temperature increases so that the proteins denature and retry to fold properly. c. cell divides so that atleast one daughter cell would survive and increase the survival of the organism.
d. apoptosis is triggered and the aberrant cell is removed. e. cell shrinks so that the unfolded proteins may be forcibly folded.
Answers
If a cell has unsuccessfully activated an unfolded protein response to relieve the stressful situation from misfolded proteins, the likely outcome is apoptosis, where the aberrant cell is triggered to undergo programmed cell death.
The unfolded protein response (UPR) is a cellular mechanism that is activated in response to the accumulation of misfolded proteins in the endoplasmic reticulum (ER). The UPR aims to restore protein homeostasis by increasing the production of molecular chaperones and reducing protein synthesis.
However, if the UPR fails to restore protein folding and alleviate ER stress, it can lead to a prolonged and severe cellular stress response. In such cases, the cell may undergo apoptosis, a programmed cell death process. Apoptosis serves as a protective mechanism to eliminate cells that are irreparably damaged or unable to recover from stress.
By triggering apoptosis, the cell sacrifices itself to prevent the accumulation of further misfolded proteins and to protect the overall integrity of the organism. Apoptosis is a tightly regulated process involving the activation of specific signaling pathways, DNA fragmentation, and the dismantling of cellular components.
Therefore, if the unfolded protein response is ineffective in resolving the stress caused by misfolded proteins, the likely outcome is the initiation of apoptosis to remove the aberrant cell and maintain the survival and functionality of the organism.
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Do you think other planets in the solar system can experience solar eclipses? why or why not? provide examples.
Answers
Yes, other planets in the solar system can experience solar eclipses.
However, the nature of the eclipse may differ depending on the planet.
For example, on Earth, we experience total and partial solar eclipses, but on other planets, it may appear different.
Solar eclipses occur when the Moon passes between the Sun and Earth and obscures some or all of the Sun's light. This is possible on other planets because they also have moons and experience phases like the Moon does on Earth. However, the size and distance of the planet's moon in relation to the Sun can impact the appearance of the eclipse.
For instance, Mars has two small moons, Phobos and Deimos, which are much smaller than Earth's Moon.
Because of their size, they are not large enough to completely block out the Sun, resulting in a partial solar eclipse. Jupiter, on the other hand, has four large moons, Io, Europa, Ganymede, and Callisto, that cast shadows on the planet and cause solar eclipses when they pass in front of the Sun from Jupiter's perspective.
The same is true for Saturn and its many moons, including Titan.
In conclusion, planets in the solar system can experience solar eclipses.
However, the nature of the eclipse depends on the planet's size, distance, and moon size.
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what is the deffinition of ATP
Answers
Answer:
Adenosine triphosphate
Explanation:
Adenosine triphosphate (ATP) is the source of energy for use and storage at the cellular level.