Answer:
The cell wall provides a structured shape for the cell, helping the cell retain its form and shape.The cell wall helps to form the plant cell, but it also helps keep much of the internal functions of the cell, such as processing water, inside the plant. It can also provide structure and stability to the plant overall, allowing it to stand upright and rigid.
Explanation:
A pond has several varieties of a species of frog that all eat the
same kind of bug. Most of the frogs are fast-growing varieties that need to eat more bugs each day than the slow-growing variety. A drought drastically reduces the number of bugs, and the population of the fast-growing frogs declines drastically while the population of slow-growing frogs declines only slightly. Most of the frogs in the pond are now the slow-growing variety. This is an example of which of the following?
A) evolution
B) mutations
C) acquired characteristics
D) natural selection
E) artificial selection
Answer:
Natural selection
Explanation:
Natural selection is a process of evolution where organisms becomes better adapted to their environment through the different reproductive success of the individuals.
Since the slow growing frogs required fewer bugs, they were better able to survive. Since they were better able to survive, they produced more offspring that were also slow growing. In this way, the environment selected for the trait that improved the organisms survival.
On a hot summer day in Florida, Sarah was having a picnic with her family. She took a glass,
which had been sitting in the Sun, and filled it with ice cubes from a cooler. Then she added
lemonade from a thermos jug. Which of the following describes one direction in which heat
will flow? *
Answer:
C. From the lemonade to the ice cube.
Explanation:
:) ICE = COLD
LEMONADE=ROOM TEMPERATUREHEAT FROM ROOM TEMP. GOES INTO THE ICE CUBES
∵∴∵∴if this doesn't help then i dONT kNOW ∞∵∴
What performs photosynthesis in a food chain
Answer:
Autotrophs are the producers in the food chain, meaning they create their own nutrients and energy. Kelp, like most autotrophs, creates energy through a process called photosynthesis.
Explanation:
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Answer:
plant perform photosynthesis inf food chain
Explanation:
The wind blows the windmill. The windmill pumps water. Which type of energy does the windmill use?
A.
solar
B.
water
C.
nonrenewable
D.
renewable
Answer:
D) renewable
Explanation
This is because the windmills use wind to produce energy or pump water. Because wind is a source of energy which is non-polluting and renewable and doesnt use any types of fossel fuel to run. This way it works without producing toxic waste or radioactive or greenhouse gases.
Hope this helps
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The windmill uses renewable energy, which comes from wind power, an indirect form of solar energy that can replenish itself and hence is sustainable.
Explanation:The wind blows the windmill, and the windmill pumps water. The type of energy the windmill uses is renewable.
Wind energy is derived from the motion of air or water, which turns a turbine. This process is an indirect means of harnessing solar energy, as winds are produced by the uneven heating of air masses. Since the supply of wind is continuously renewed by the Earth's atmospheric processes, powered by the sun, wind power is considered a renewable resource.
In contrast, non-renewable energy sources such as nuclear energy, oil, coal, and natural gas cannot replenish themselves within a human timescale and will eventually be depleted.
Given the information available and understanding that renewable resources can be used indefinitely, the answer to the question would be D. renewable.
Identify the types of point mutations depicted
Answer:
yeaaaa
Explanation:
Answer: the first one is C & the other is B
Explanation:
Which best explains why children often look like their parents?
Answer:
So children look like combinations of their parents because they are. Each parent gives half of their genetic material to their children. The combination makes a unique combination of their parents genes. The scientific study of how traits are passed from parents to children is called 'genetics'.
The best explanation of why children often look like their parents are traits or characteristics are passed on to offspring from parents. The correct option is A).
What is heredity?Heredity refers to the genetic legacy passed down to us from our parents. It can also be defined as traits passed down from generation to generation.
Blood type and eye colour are two common examples of these characteristics. Some disorders can even be passed down from parents to children through heredity. These are known as hereditary or genetic disorders. These disorders are typically incurable.
These are hereditary qualities that are determined by genes. A single gene can also have numerous variations. These are known as alleles. Except for genes on sex chromosomes, every gene in our cells has two copies. These two copies can be identified and referred to as homozygous, or they can be different and referred to as heterozygous.
Therefore, the correct option is A) Traits, or characteristics, are passed on to offspring from parents.
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The question is incomplete. Your most probably complete question is given below:
A) Traits, or characteristics, are passed on to offspring from parents.
B) Before being born, the characteristics of offspring are randomly formed.
C) Babies begin to look like their parents as their features start to mature.
D) Babies form physical features similar to the people they are around most often.
Describe the products made by the process of cellular respiration?
Answer:
Cellular respiration is this process in which oxygen and glucose are used to create ATP, carbon dioxide, and water. ATP, carbon dioxide, and water are all products of this process because they are what is created. Carbon dioxide is released as a gas when you exhale.
Explanation:
Answer:
Cellular respiration is this process in which oxygen and glucose are used to create ATP, carbon dioxide, and water. ATP, carbon dioxide, and water are all products of this process because they are what is created.(The three products of cellular respiration are ATP energy, carbon dioxide, and water.)
Explanation:
The smallest particle of an element is the ____.
The smallest particle of an element is an atom.
A tall green plant is homozygous for each trait. If T is the tall allele,and G is the green allele, what are the genotype and the phenotype of this plant?
Answer:
GGTT,100% green and tall
Explanation:
What causes asteroids, meteoroids, and comets to orbit the Sun?
A.
electromagnetic attraction
B.
gamma radiation
C.
gravity
D.
heat
Nailah leads a very busy lifestyle and finds herself eating a lot of processed, high sodium foods. She rarely eats home-cooked food and often eats food that is high in cholesterol. What disease does Nailah have risk factors for?
malaria
histoplasmosis
heart disease
mental illness
Answer:
c: Heart disease <3
Explanation:
Edge 2021
Nailah has risk factors for heart disease. a healthy lifestyle that includes regular exercise, a balanced diet, and avoiding harmful habits such as smoking can help reduce the risk of developing heart disease.
What is Heart disease?Heart disease is a condition where the heart becomes damaged or weakened, leading to reduced blood flow to the body's vital organs. Several factors contribute to the development of heart disease, including high blood pressure, high cholesterol levels, and a diet high in sodium and saturated fats.
Processed and high-sodium foods are often associated with increased blood pressure, which is a risk factor for heart disease. Similarly, a diet high in cholesterol can cause plaque to build up in the arteries, leading to atherosclerosis, which is also a risk factor for heart disease.
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What do we call the parameters of the are of a population when we are organizing the biosphere
Answer: I think it’s A
Explanation:
what does the keeling curve show about the concentrations of CO2 in the earths atmosphere
Answer:
The Keeling Curve shows that atmospheric carbon dioxide levels are increasing, and at a faster rate each year
Explanation:
are coyotes tertiary consumers and are vultures quaternary consumers?
Answer:
Yes and Yes
Explanation:
Tertiary consumers are considered to be the top of the food chain and typically do not have any natural predators.
Quaternary consumers are often top predators within the environment, and they eat the tertiary consumers.
Question 14(Multiple Choice Worth 4 points)
(02.02 LC)
Which of these serves as a reference for comparison during a scientific investigation?
Outcome variable (dependent variable)
Test variable (independent variable)
Control group
Hypothesis
Answer:
control group
Explanation:
The frequencies of a color trait among rabbits living in a
mountainous area have changed over time. What type of
selection most likely occurred?
a. directional
b. disruptive
c. stabilizing
d. sexual
The diagram below shows a side view of several layers of rock below
Earth's surface. Which rock layer provides the best long-term storage
of groundwater?
Select one:
Layer III
Layer II
Layer I
Layer IV
Answer:
layer III
Explanation:
high porosity and low permeability provides the best long-term storage
Layer III, with high porosity and low permeability, provides the best conditions for long-term storage of groundwater, offering ample pore space while restricting rapid water movement.
The best long-term storage of groundwater is facilitated by rock layers with high porosity and low permeability. Porosity refers to the ability of a rock to hold water in its pores, while permeability is the ease with which water can flow through the rock. For effective storage of groundwater, it is essential that the rock layer can retain water within its pore spaces, preventing rapid drainage or flow.
In this context, Layer III, characterized by high porosity but low permeability, provides an ideal combination for groundwater storage. High porosity means there are ample pore spaces within the rock, allowing it to hold a significant amount of water. However, the low permeability of the rock restricts the movement of water, preventing it from quickly escaping or draining away. This characteristic of Layer III ensures that groundwater is retained within the rock over an extended period, serving as a reliable and sustainable storage reservoir.
On the other hand, Layer I, with both high porosity and high permeability, might allow water to move too freely, limiting its long-term storage capacity. Layers II and IV, with either low porosity or low permeability, are less suitable for efficient groundwater storage.
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If a sample of DNA contains 20% C nucleotides, what percent of G nucleotides would there be. Explain
Answer:
The perecentage of guanine is 30%
Explanation:
the DNA from any cell of all organisms should have a 1:1 ratio (base Pair Rule) of purine bases [for the DNA cytosine, thymine and for the RNA uracil] and pyrimidine bases [guanine and adenine for RNA and DNA]. The amount of guanine should be equaled to cytosine and the amount of adenine should be equaled to thymine. You can follow this rule in both strands of the DNA.
Answer:
The perecentage of guanine is 30%
Explanation:
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Various factors affect the rate of photosynthesis: • light intensity • temperature • carbon dioxide concentration Which one of the factors above is likely to limit the rate of photosynthesis of tomato plants? Explain your answer
Answer:
Light intensity.
Explanation:
Light intensity is the amount of light produced by light source.
Light intensity is a limiting factor that limit the rate of photosynthesis. Without light photosynthesis cannot occur even if there is enough carbondioxide, water and temperature. Increase in light intensity will increase the rate of photosynthesis and more tomatoes will be produced. But if light intensity is reduced, rate of photosynthesis will reduced.
Answer:
carbon dioxide concentration
Explanation:
Carbon dioxide is the major limiting factor that has a direct effect on the tomato plants during the process of photosynthesis. Photosynthesis is a process in which carbon dioxide react with water in the presence of sunlight which produces oxygen and glucose. Some oxygen is used by the plant itself while the extra amount is released in the atmosphere and glucose is stored in different parts of plant body. If the carbon dioxide concentration decreases in the surrounding air of tomato plant as a result low sugar is produced in the process of photosynthesis.
summarize the differences between early succession, mid-succession, and late succession.
Answer:
In primary succession newly exposed or newly formed rock is colonized by living things for the first time. and in secondary succession an area that was previously occupied by living things.
Explanation:
Due to incursions of r strategists, there is a rapid increase in diversity in early succession. If a few k strategists dominate the landscape in late succession, biodiversity may begin to decline. Mid succession has the greatest diversity. When secondary succession begins, species diversity decreases.
What is succession?In biology, succession refers to the order in which plants and animals inhabit a biological community. As one group of plants and animals dies, another group of plants and animals emerges.
Early succession is becoming more diverse as a result of r strategist incursions. In late succession, if a few k strategists dominate the landscape, biodiversity may begin to decline.
Mid succession has the most variety. Species diversity decreases when secondary succession begins.
Early successional habitat was defined as areas with vegetation heights less than 3 meters, mid successional habitat as areas with vegetation heights between 3 and 16 meters, and late successional habitat as areas with vegetation heights greater than 16 meters.
Thus, this can be the primary difference between early succession, mid-succession, and late succession.
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Hairy stems (H) are dominant in tomato plants. Hairless stems (h) are
present in tomato plants that are homozygous recessive for this trait.
What percent of tomato plant offspring will have hairy stems if a
homozygous hairy plant is crossed with a heterozygous hairy plant?
If a homozygous hairy plant (HH) is crossed with a heterozygous hairy plant (Hh), all of the offspring will be heterozygous hairy (Hh). This means that 100% of the tomato plant offspring will have hairy stems.
What are homozygous and heterozygous traits?In genetics, the term "homozygous" refers to an individual that has two copies of the same allele for a particular trait. For example, if an individual has two copies of the allele for brown eyes (BB), they are homozygous for the trait of eye color.
On the other hand, the term "heterozygous" refers to an individual that has two different alleles for a particular trait. For example, if an individual has one allele for brown eyes (B) and one allele for blue eyes (b), they are heterozygous for the trait of eye color.
An individual's genotype, or the specific alleles they possess, can determine their phenotype, or the physical characteristics that they exhibit. For example, an individual with a genotype of BB (homozygous for brown eyes) would exhibit the phenotype of brown eyes, while an individual with a genotype of Bb (heterozygous for eye color) might exhibit either brown eyes or blue eyes, depending on the dominance of the alleles they possess.
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Final answer:
When a homozygous hairy tomato plant is crossed with a heterozygous hairy plant, 100% of the offspring will have hairy stems, due to the dominance of the hairy allele.
Explanation:
The question asks: What percent of tomato plant offspring will have hairy stems if a homozygous hairy plant is crossed with a heterozygous hairy plant? Given that hairy stems (H) are dominant over hairless stems (h), the crossing can be denoted as HH (homozygous hairy) x Hh (heterozygous hairy).
HH (homozygous parent) can only pass on an H allele.Hh (heterozygous parent) can pass on either an H or h allele.This results in the following possible genotypes for their offspring: HH or Hh. Since both HH (homozygous dominant) and Hh (heterozygous) plants will have hairy stems due to the dominance of the H allele, 100% of the offspring will exhibit hairy stems.
We use many types of natural resources for energy. Identify each type of natural resource as renewable or nonrenewable.
sunlight
oil
natural gas
wind
coal
water
Renewable
Non-renewable
Edmentum. All rights reserved.
Renewable Energy: Sunlight, water, wind
Non-renewable Energy: Coal, oil, natural gas
Explanation: Nonrenewable sources of energy are rapidly being depleted and take a long time to replenish. Coal, oil, and natural gas are nonrenewable sources of energy. Renewable sources of energy replenish relatively quickly and are available in abundance. The wind, sunlight, and water are renewable sources of energy.
Natural resources can be renewable or nonrenewable based on their availability. Sunlight, water, and wind are renewable, while coal, oil, and natural gas are nonrenewable resources.
What are renewable and nonrenewable resources?Renewable resources are the flow sources that are not limited in number and are replenishable when consumed or used. They get replaced through natural products and are in finite amounts.
Nonrenewable resources on the opposite are limited and do not get replenished easily, and take years to form. For example, coal, oil, and natural gas are limited and are not easily replaced.
On the other hand, sunlight, water, and wind are renewable resources that are available in abundant amounts in nature and get replaced through the natural cycles.
Therefore, sunlight, water, and wind are renewable resources.
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According to the Universal Law of Gravitation, every object attracts every other object in the universe. Why can't you feel the force of attraction between you and Mars?
There is no force of attraction between you and mars
Answer: D.
Mars is a long distance away.
Explanation: plato
Using the model, describe the structure of DNA in terms of nucleotides, covalent bonds, sugars, phosphates, bases, and hydrogen bonds
Explain the importance of the hydrogen bonds to the function of a DNA molecule.
Answer:
DNA has a double-helix structure because hydrogen bonds hold together the base pairs in the middle. Without hydrogen bonds, DNA would have to exist as a different structure. he major function of DNA is to encode the sequence of amino acid residues in proteins, using the genetic code.
Explanation:
The importance of the hydrogen bonds to the function of a DNA molecule as it holds the complementary strands and is responsible for its structure.
Hydrogen bonds in DNADNA has a double-helix structure. It has two antiparallel strands. Both strands have a sequence of nitrogenous bases that are linked together by hydrogen bonds.
The hydrogen bond holds together the base pairs in the middle. Adenine is always bound with thymine and guanine to cytosine in DNA by hydrogen bonds. In absence of hydrogen bonds, DNA would have to exist as a different structure, not a double helix.
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List and explain 3 examples of the loss of biodiversity
Answer:
Habitat destruction and degradation: mining, agriculture, settlement, industries, highways and construction being primary examples. Degradation casued through poor land use and deforestation. Habitat fragmentation: fragmentation is one of the most serious causes of erosion of biodiversity.
Explanation:
Match each of Earth's spheres with the correct description.
hydrosphere
all of Earth's living things
atmosphere
air surrounding Earth
geosphere
Earth's interior, rocks, minerals, and
landforms
biosphere
oceans, lakes, glaciers, rivers, streams, and
groundwater
The hydrosphere encompasses all the Earth's water, the atmosphere is the layer of air surrounding Earth, the geosphere includes Earth's interior and landforms, and the biosphere contains all living things that interact with other spheres.
Explanation:The hydrosphere includes all the water that is on Earth, encompassing freshwater sources such as rivers and lakes, saltwater in the oceans and estuaries, groundwater, and atmospheric water vapor. Ice in forms like glaciers also falls under the hydrosphere category, and it is critical for many aspects of life and climate regulation.
Surrounding the Earth is the atmosphere, a layer of gases that are essential for life, providing breathable air and protecting us from harmful radiation from the sun. The atmosphere influences weather and climate and is where clouds form, containing partly the water vapor component of the hydrosphere.
The geosphere refers to Earth's interior, which includes rocks and minerals, landforms, and the sea floor. This sphere is the solid foundation of our planet, where plants and animals reside, and it interacts with the other spheres to drive the planet's processes.
The biosphere represents all the living things on Earth and can be found interacting within the lithosphere (land), hydrosphere (water), and atmosphere (air). This includes land plants and animals, freshwater and marine organisms, birds, bacteria, and fungi among others.
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What is the difference in trophic level efficiency between herbivores and carnivores?
Answer:
carnivore wat meat herbivore just eat plants but
Explanation:
basically eating each other almost
Where are the strongest jet streams
Answer: The strongest jet streams are the polar jets. The Northern Hemisphere and the Southern Hemisphere each have a polar jet and a subtropical jet.
Explanation:
hope that helps
Describe how the genotypes RR and Rr result in the same phenotype.
Answer:
bum
Explanation:
bummhole
Due to the law of dominance after crossing R is dominant over the r and has the heterozygous condition in Rr showing the same phenotype as RR.
What is a heterozygous condition?A heterozygous condition is when two alleles are not pure for bredding and have both alleles of different traits but one allele can mask the trait of the other.
RR is the homozygous condition and Rr is heterozygous condition, but R gene having dominant trait so it can control the trait of the r allele.
In the law of dominance, the homozygous condition has both the alleles in dominant form but in the heterozygous condition, one allele is dominant to the other.
Therefore due to heterozygous condition RR and Rr shows the same phenotype.
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The cell wall in plants functions to prevent the cell membrane from
breaking when too much water enters the cell. When too much water enters an animal cell, it is reasonable to predict that-
a.mitochondria will take up excess water.
b.the cell membrane will break.
c.the cell wall will break.
d.nothing will happen to the animal cell.
Answer:
b
Explanation:
When too much water enters an animal cell, the cell membrane will break.
What is cell membrane and cell wall?Inside a cell, the cell membrane helps to surround the cell organelles and cytoplasm. Ions can also go from the inside to the outside of the cell through the cell membrane.The cell membrane is protected by the cell wall, which is a tough, tough barrier.Cell wall is absent in animal cell.Plant cells' plasma membrane is surrounded by a cell wall that offers tensile strength and protection against mechanical and osmotic stress.It also enables cells to create turgor pressure, or the pressure exerted by the contents of the cell against the cell wall.Hence, the correct option is B.
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