In comparison to a meat-based diet, a vegetarian diet uses less land and water and emits less greenhouse gases. As a result, it is frequently regarded as a greener choice.
What can you eat on vegetarian diet?Choose a range of healthful tree foods, such as whole vegetables and fruits legumes and nuts, and whole grains, to make the most of a vegetarian diet. Reduce consumption of unhealthier options including refined grains, fruit juices, and beverages with added sugar.
What is a true vegetarian diet?A vegetarian does not consume any meat at all, not even fish or fowl. The diet of a lacto-ovo vegetarian includes both dairy and eggs. A lacto vegetarian consumes dairy but avoids eggs. Ovo vegetarians consume eggs but not dairy.
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Please help me with this
Answer:
didn't you already have a answer.
Explanation:
An object who’s volume is deterred through displacement
What’s the Object called?
An object who’s volume is determined through displacement is called an irregular solid.
What is an irregular object?
An object is said to be irregular if the object can not be measured evenly. There are a lot of irregular objects in our surroundings such as a stone. In this case, we have to obtain the volume of the object by the displacement method.
In this case, the, what we have to do is to use a measuring cylinder to measure a given volume of water. The irregular object is now added and the volume of the water displaced is measured.
The volume of water displaced is the volume of the object.
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even in siblings whose parents are same, difference in characters can be observed. how? class 10 cbse
Answer: Im sorry about before, but the answer is, Both the parents contribute equally to the DNA of next generation during sexual reproduction.
Explanation:
Compare the food chain and the food web below. Explain how biodiversity makes one of these more stable than the other. Be sure to use examples from the diagrams. Hint: How does biodiversity in an ecosystem increase organisms' chances of survival?
The food web shows all the feeding relationships while the food chain shows shorter feeding relationships. The wider the food web, the more the survival chances of an organism.
What is the food chain?The food web shows all the feeding relationships that exists in the ecosystem. Recall that the ecosystem is a self sustaining unit in which there is an exchange of materials and energy. Thus, in the ecosystem, all the organisms have what it takes to survive in the system.
The food chain is a shorter feeding relationship between organisms. It ideally involves only three or four living organisms. The food web shows the variety of choices that an organism have when it comes to feeding. As such, the food web is affected by biodiversity. If there are more organisms in the ecosystem, then the food web is wider.
Thus, if there is a great biodiversity in an ecosystem and organisms have a lot of chances in the food web, then they tend to have greater chances of survival.
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In a human population, the population momentum effect is most likely to occur in cases in which a large percent of people in the population are in which age-group?.
A large percent of people in the population are in Younger than 18 years old.
What are types and population?A population is an identified grouping of objects with the purpose of analysis and data collection. Examples include people and animals. It comprises of a related collection of species that live in a specific area and have the ability to interbreed.
What is the population's origin?The three primary sources of demographic and socioeconomic statistics are recognized to be administrative records, surveys, and censuses. As part of a comprehensive program for the collection and production of statistical data, these three data sources serve as the main method for gathering fundamental demographic and socioeconomic statistics.
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Which term best describes a severe weather event characterized by heavy snowfall, strong winds, and reduced visibility?
A.
cold front
B.
lake-effect snow
C.
blizzard
D.
thunderstorm
how many percent of the energy present at one level is available to the next trophic level
Energy is transported from lower to higher trophic levels through the food chain or web. However generally only about 10% of the energy in one level is available for the next level.
Used in metabolic processes or released into the environment as heat. This loss of energy explains why there are rarely more than four trophic levels in a food chain or web. With the 10% rule, each trophy level can only give 10% of its energy to the next level. The remaining 90% is used for survival growth, and reproduction and is lost to the environment as heat.
All energy pyramids begin with the transmission of energy from the sun to the first nutrient-level producers. The first, lowest level contains green plants, which are producers. Plants or their products are consumed by second-level organisms that are herbivores or herbivores. At the third level, primary carnivores or carnivores eat herbivores. At the fourth level, secondary carnivores eat primary carnivores.
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Select the correct answer. which hormone levels are checked using a urine pregnancy kit to confirm a pregnancy? a. human chorionic gonadotropin b. estrogen c. progesterone d. testosterone
The hormone whose levels are checked using a urine pregnancy kit to confirm a pregnancy is human chorionic gonadotropin; option A.
What are hormones?Hormones are chemical messengers which are produced by the body and transported in the blood to the site where they produce their effects.
Hormones are important molecules in the body as they perform several important functions in the body.
For example, the hormone insulin released by the pancreas is responsible for controlling the blood level of glucose.
Other hormones that are produced by the body include:
human chorionic gonadotropin- which is produced especially in preganncyestrogenprogesteronetestosteroneserotoninglucagon, etc.Learn more about hormones at: https://brainly.com/question/4678959
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After initiation of cpr and 1 shock for ventricular fibrillation, this rhythm is present on the next rhythm check. A second shock is given, and chest compressions are resumed immediately. An iv is in place, and no drugs have been given. Bag-mask ventilations are producing visible chest rise. What is your next intervention?.
After initiation of CPR and one shock of VF, A second shock is delivered and chest compressions are immediately resumed. An IV was in place. For the next intervention, you should give epinephrine 1 mg IV / IO.
Epinephrine 1 mg is used bluntly during CPR to increase ROSC (Return of spontaneous circulation) rates and survival to hospital discharge. Epinephrine has a more pronounced therapeutic effect when given early in a resuscitation attempt, especially in non-shock cardiac arrest.
Arterial pulse palpation and end-tidal CO2 monitoring are typically used to detect the return of spontaneous circulation (ROSC) during chest compression.
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Organisms categorized into the same_____are able to reproduce.
A. Kingdoms
B. Species
C. Order
D. Class
Answer 3 questions for 100 points and brainiest.
1. When ocean life dies any carbon stored in them is immedialiety released back into the atmosphere.
A: TRUE
B: False
2: what molecule does surface of the water continues exchange with the atmosphere
A: CO2
B: O
C" NACI SALAT
3: How long would a marine snow have to fall to equal the amount of carbon stored in a whale fall
A: two weeks
B: seven years
C: ten thousand years
D: two thousand years
Thank You!
Answer: 1. True
2. CO2
3. Seven years
Explanation:
The coronary arteries supply oxygenated blood to heart muscle. Following a heart attack, which of the events would occur in heart tissue due to a block in the coronary arteries? select all that apply.
Following a heart attack, lactic acid would accumulate in the tissues due to glycolysis and fermentation, and the production of ATP would decrease. Thus, alternative A and C.
Coronary arteries are blood vessels found on the heart that supply blood rich in oxygen and nutrients to the muscles of the heart. The heart makes use of oxygen, just like any other muscle in the body to break down glucose for energy.
However, if the coronary arteries become narrowed or blocked, the supply of oxygen and other nutrients to the heart is reduced or interrupted. This could happen due to a build-up of cholesterol or plaque in the coronary artery, making it narrow or blocked and leading to a heart attack.
Due to the lack of oxygen, the cells in the heart start to break down glucose using lactic acid fermentation, a type of anaerobic respiration. Since the body cannot further break down lactic acid, it accumulates in the tissues. ATP production also decreases because lactic acid fermentation does not produce as much ATP as aerobic respiration.
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Complete question:
The coronary arteries supply oxygenated blood to heart muscle. Following a heart attack, which of the events would occur in heart tissue due to a block in the coronary arteries? Select all that apply.
A.Lactic acid would accumulate in the tissue due to glycolysis and fermentation.
B.Pyruvate would accumulate.
C. The production of ATP would decrease.
D. Phosphofructokinase, an intermediary enzyme of glycolysis, would be activated.
Study the illustration.
Which term best describes the circular, enclosing structure
formed by the cell membrane in squares 3 and 4?
O sac
O vesicle
O lysosome
O enzyme
The best term that describes the circular, enclosing structures formed by the cell membrane in squares 3 and 4 is vesicles; option B
What are vesicles in a cell?Vesicles are small membrane-bound sacs that are used by the cells to transport materials within or outside the cell.
These vesicles transport materials such as proteins and fluids surrounded by lipid bilayers to or out of the cell.
Within the cell, vesicles are produced by the Golgi apparatus to transport materials within or outside the cell.
The cell membrane also forms vesicles that enclose substances to be taken into the cell.
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Carotenoids are found in several foods that are considered to have antioxidant properties in human nutrition. What related function do they have in plants?.
A related function that carotenoids have in plants is b. they protect against oxidative damage from excessive light energy.
We can describe carotenoids as valuable antioxidants that help to prevent many diseases in humans. Foods rich in carotenoids help the body to remove radicals.
Although humans have to take in carotenoids for benefitting from their antioxidant properties, plants are known to produce carotenoids in order to prevent oxidative damage that might occur due to excess light energy. Carotenoids are pigmented and usually give yellow color to the leaves. The carotenoids cause a plant to decrease the amount of light being trapped, hence preventing it from oxidative damage.
Although a part of your question is missing, you might be referring to this question:
Carotenoids are found in several foods that are considered to have antioxidant properties in human nutrition. What related function do they have in plants?
a) They serve as accessory pigments.
b) they protect against oxidative damage from excessive light energy
c) They cover the sensitive chromosomes of the plant.
d) They take up toxins from the water.
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what is the luminosity of the constellation crux?
The luminosity of the constellation crux has been defined as the crux which has been a constellation found in the southern sky that has been centered on the four bright stars just the cross- shaped asterism which is known as the Southern Cross.
What is luminosity of the constellation crux?The luminosity of the constellation crux has been defined as the crux which has been a constellation found in the southern sky that has been centered on the four bright stars just the cross- shaped asterism which is known as the Southern Cross.The solar system contain total 8 planet in which 146 moon, asteroid and space rocks, a number of dwarf planet such as Pluto and Italian astronomer Galileo galilei discovers solar system.
The solar system has been defined as a system which is gravitationaly bound of the sun and orbit is occupied by object. The formation of solar system takes place 4.6 billion years ago and this happens due to gravitational collapse of a giant molecular cloud. The most and wast majority of the systems mass in the sun and other part of mass contained by the planet Jupiter.
Therefore, The luminosity of the constellation crux has been defined as the crux which has been a constellation found in the southern sky that has been centered on the four bright stars just the cross- shaped asterism which is known as the Southern Cross.
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an increase in bioavailable forms of phosphorus in a river leads to a large increase in the population growth rate of algae and cyanobacteria. this suggests that phosphorus is typically in this freshwater habitat.
An increase in bioavailable forms of phosphorus in a river leads to a large increase in the population growth rate of algae and cyanobacteria suggesting that phosphorus is typically D. a limiting nutrient in this freshwater habitat.
As the name suggests, a limiting nutrient can be described as a kind of nutrient whose presence is either short or limited in a particular ecosystem. If there is not a limited supply of these kinds of materials, then some organisms in an ecosystem might grow exponentially.
In the case above, an increase in the bioavailable forms of phosphorus increases the population growth rate of algae and cyanobacteria hence this shows that this bioavailable form of phosphorus in the limiting nutrient. Phosphorus is one of the most common types of limiting nutrient that increases the growth of algae in aquatic ecosystems.
Although a part of your question is missing, you might be referring to this question:
An increase in bioavailable forms of phosphorus in a river leads to a large increase in the population growth rate of algae and cyanobacteria. This suggests that phosphorus is typically _______________ in this freshwater habitat.
A. always abundant
B. not at all present
C. unnecessary for phytoplankton growth
D. a limiting nutrient for phytoplankton growth
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what is a possible outcome of reproductive isolation? group of answer choices convergent evolution the emergence of two different species the emergence of one deme gene flow
Due to the fact that reproductive isolation is essential to speciation, it frequently leads to the formation of two distinct species from a single ancestor under various environmental circumstances.
Reproductive isolationOne of a species' distinguishing characteristics is reproductive seclusion. According to one definition of reproductive isolation, barriers between various species prevent them from mating and having healthy offspring. Reproductive isolation can happen as a result of physiological processes, behavioral, and evolutionary reasons. It takes place during speciation. The process of speciation is how populations develop into separate species. When populations are divided by obstacles or distance, this can happen. The Galapagos bird is one illustration of this. In the Galapagos archipelago, the finches live apart from one another on several islands.
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there are two forms of human earwax: wet and dry. w is a dominant allele that produces wet earwax. in a sample of swedes, you measure the following genotypes: ww
The allele frequency of the W is 90%.
What is Allele?According to the definition of an allele given in the top textbooks about genetics and evolution, an allele is a different arrangement of the same nucleotides in the same location on a long DNA molecule.
"A locus is the genomic or chromosomal site of a gene or other genetic element, and alleles are different DNA sequences at a locus.
SNPs, or single nucleotide polymorphisms, are the most basic alleles. however they can also involve base pair-sized insertions and deletions, up to thousands of them.
Typical popular definitions of "allele" only include several alleles found inside genes. For instance, the ABO gene, that has six common allele, regulates the ABO blood grouping. Nearly every live person's phenotype again for ABO gene is some mix of simply these in population genetics.
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Complete question:
There are two forms of human earwax: wet and dry. W is a dominant allele that produces wet earwax. In a sample of Swedes, you measure the following genotypes: WW= 810, Ww =180, and ww = 10 What is the allele frequency of W?
Which options identify a key point of cell theory?
(Select all that apply.)
Cells carry out functions that maintain life.
Living things are nde of one or more cells.
Cells come only from other living cells.
Living things are only made of more than one cell.
Answer:
cells carry out functions that maintain life
living things are made up of one or more cells
Explanation:
True or False. The relationship between the protists that cause human malaria and humans is an example of commensalism.
The answer to the statement " The relationship between the protists that cause human malaria and humans is an example of commensalism " is false
Understanding the relationship between the malarian parasites and humans.The simple reason why commensalism does not exist between malarian parasites and humans is because, commensalism is not a biological association where an organism cause diseases or has any detrimental effect on the other other. Rather, in commensalism, on of the organisms benefit from the other, and the other commensal does not benefits or harm the other.
However, the relationship which exist between malarian parasites and humans is parasitism. This is because the protist, feed on nutrients from the the body of the host, humans and cause disease known as malaria.
So therefore, the Plasmodium species are the protists which causes malaria to humans and this association is known as parasitism.
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O
Describe the pattern between the wolf (predator) population in relation to the moose (prey) population
They are interdependent. Wolves get food and multiply, moose decline, followed by a decline in wolves.
What connection exists between population growth and carrying capacity?The average population size of a species in a given habitat is referred to as carrying capacity. Environmental elements including sufficient food, shelter, water, and mates are able to control the population number of the species. The population will decline until the resource recovers if these needs are not supplied.
Both in nature and in the laboratory, logistic growth is frequently seen but ecologists have found that, contrary to what logistic growth predicts, many population sizes change with time.
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A lake near a large city became polluted due to domestic and industrial waste being released into it. The polluted lake water affected the ecosystem in and around the lake. A group of residents took up an initiative to protect the lake from further pollution. They began a competition among the local residents to design a solution for the problem and to create awareness among the people. Which of these solutions would be the best while making sure economic and social concerns are considered? A. building a treatment plant to treat waste before it is released into the lake B. using eco-friendly products and preventing entry of waste water into the lake C. adding substances to the lake water to dissolve chemical compounds D. cleaning and filtering the lake water regularly using proper equipment
The best way to solve the problem of water pollution in the lake while making sure economic and social concerns are considered is building a treatment plant to treat waste before it is released into the lake; option A.
What is pollution?Pollution refers to the presence of harmful unwanted substances in the environment.
There are several forms of pollution:
land pollutionwater pollutionair pollutionWater pollution occurs when harmful, substances are introduced into the water by man.
The sources of water pollution include domestic and industrial waste being released into the water. Water pollution makes water unfit for drinking, and swimming, and uninhabitable for aquatic organisms.
Considering the polluted lake near the large city.
The measures for preventing the pollution of the lake include:
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___________ is a disorder that results from an extended exposure to high levels of acid in the body.
A) Metabolic alkalosis
B) Metabolic acidosis
C) Respiratory acidosis
Answer:
Explanation:
Metabolic acidosis is a disorder that results from an extended exposure to high levels of acid in the body.
It occurs when the body produces too much acid.
It can also occur when the kidneys are not removing enough acid from the body.
PLEASE HELP!! GIVING 15 POINTS!
Carbonic acid (H2CO3) serves as a buffer in human blood. Carbonic acid is a weak acid that dissociates into a bicarbonate ion (HCO3-) and a hydrogen ion (H+). Thus, H2CO3 <--> HCO3- + H+. A decrease in blood pH will result in
A) a decrease in the concentration of H2CO3 and an increase in the concentration of HCO3-.
B) a decrease in the concentrations of H2CO3 and HCO3-.
C) an increase in the concentration of H2CO3 and a decrease in the concentration of HCO3-.
D) an increase in the concentration of H2CO3 and HCO3-.
E) an increase in the concentrations of H2CO3, HCO3-, and OH-.
A decrease in blood pH will result in a decrease in the concentration of [tex]H_{2} CO_{3}[/tex]and an increase in the concentration of [tex]HCO_{3} ^{-}[/tex].
What is the pH?The pH of a solution refers to the concentration of the hydrogen ions that is present in the solution. We know that the pH is the negative logarithm of the hydrogen ion concentration of the system.
Now we know that if we try to reduce the pH of the solution, then there would be need to increase the amount of the hydrogen ions in the system and this could be done when the equilibrium position shifts to the left.
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3. Why did you calculate the percent change in mass rather than simply using the change in mass?
When making a cross comparison between different sets of data, computing the percent change is more accurate.
Why is accuracy greater with percentage change?It is more crucial to use the percentage change method because, as you can see, it provides a more accurate description of how the data has changed over time. This is because you will typically be working with larger datasets and quantities. The mass change as a percentage reveals how much of a substance's mass has changed over time. For instance, if a rock loses one-fourth of its mass over the course of a year, its mass has changed by 25%.
What does mass change mean?A change that affects the eligibility requirements for the entire caseload or a sizable and discernible portion of the caseload is referred to as a "mass change" and was started by the state or the federal government.
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1. Compare
reflection,
and contrast how transmission,
and absorption affect a wave.
Absorption involves the transfer of energy to a substance, while reflection and transmission include direction and speed alterations. They alter waves' amplitude, frequency, speed, direction, or energy in diverse ways.
How do a wave's transmission, reflection, and absorption differ?Many things can happen when waves interact with an item. The term "transmit" refers to the ability of the wave to go through an object. Either the wave is absorbed, in which case thermal energy is produced, or it is reflected.
What distinguishes reflection from transmittance?Definition. The amount of light reflected from a surface or optical component is indicated by its reflectance. When light is projected onto a surface, it is equivalent to the ratio of incident power to reflected power.
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select a field of study with in environmental science to start Holly professional in that field would contribute to the environmental study of a lake
Help please with c 2a and b
The study of the lake is called limnology which is concerned with both natural and man made lakes their physical characteristics of ecology
What three stages does a lake go through?The Cycle of Lake Life
Lakes undergo change once they are produced. They experience different life stages, such as youth, adolescence, old age, and death, much like people. All lakes, even the biggest, gradually dry up as their basins fill with dirt and vegetation.
they produce food and water for domestic, industrial, and agricultural use, lakes and ponds are environments of considerable importance to humans. Despite the fact that freshwater ecosystems are fundamentally important to people, they have been badly harmed by a variety of anthropogenic disturbances, which have had a detrimental impact on their structure and function.
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About 2.4 billion years ago, the Great Oxidation Event occurred. During this time, the amount of oxygen in the atmosphere was estimated to go from trace concentrations to concentrations slightly higher than today.
Explain what happened to photosynthetic organisms during the Great Oxidation Event.
Provide examples of what may have occurred to the geosphere and hydrosphere during the Great Oxidation Event.
The answers include the following:
The photosynthetic organisms during the Great oxidation event were killed which led to their extinction.There was more accumulation of oxygen and the existence of more multicellular life forms.What is Great Oxidation?This is referred to as the period in which the earth's atmosphere and the shallow ocean experienced a rise in oxygen content and led to various results.
An example is the extinction of photosynthetic organisms such as anaerobic bacteria and there was also a accumulation of the oxygen content which were present in the atmosphere and water bodies.
The oxygen displaced some gases such as methane which therefore made it more abundant and the main gas which is present in the atmosphere thereby making it the correct choice.
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How can a piece of fruit be compared to planet Earth?
Answer:
the layers of the fruit are like the layers of the earth
Explanation:
Endocytosis by a single-celled organism is most similar to which function in a muticellular organism? (help pls im taking a test rn)
Endocytosis by a single-celled organism is most similar to phagocytosis function in a multicellular organism.
What are endocytosis and phagocytosis?Endocytosis and phagocytosis can be considered analogous cellular processes because both involve the engulfment of a cell of particles that are found outside the cell in the surrounding media. Phagocytosis occurs in multicellular organisms such as humans whose macrophages of the immune system are able to phagocyte pathogens in immune responses.
Therefore, we can conclude that phagocytosis in multicellular organisms can be analogous to the cellular process of endocytosis, which occurs both in multicellular and unicellular microorganisms.
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