Answer:
transports oxygen
Explanation:
please give brainiest!
Photosynthesis is the process through which plants produce sugar and oxygen. Photosynthesis can also take place in single-celled organisms like phytoplankton and other microorganisms.
The process of photosynthesis occurs differently from one organism to the next, but several features remain the same. In short, photosynthesis takes in water and carbon dioxide, uses sunlight as a catalyst, and produces oxygen and sugar. The plants release the oxygen through respiration. They digest or store the sugar.
Although the process seems simple, it is the most important event on the planet as far as animal life is concerned. Oxygen is a byproduct of photosynthesis. Animals would not be able to breathe if it was not for this process. Herbivores live off these fruits and vegetables and form the basis of any food chain. Carnivores and omnivores would not be able to find food if it were not for these sugars. Were it not for the simple process of photosynthesis, the Earth would be an uninhabited planet.
1
Select the correct answer.
Read the following sentence from the passage.
Animals would not be able to breathe if it was not for this process.
How does this sentence help to develop the idea that photosynthesis is essential to animal life?
A.
It suggests that photosynthesis takes place in the lungs.
B.
It suggests that photosynthesis occurs in all animals.
C.
It shows that animals depend on this process for food.
D.
It shows that animals depend on this process for oxygen.
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Structure of an Informational Text: Mastery
Answer: D. It shows that animals depend on this process for oxygen
Explanation:
Animals need oxygen. And photosynthesis produces glucose and oxygen. Oxygen is a waste product for plants, therefore, they release it into the air.
However, animals and us, we do need oxygen, to survive, so we breathe for oxygen. We need oxygen to respire.
In conclusion, if plants didn't do photosynthesis, they won't produce oxygen, so we won't have a supply of oxygen, therefore we would die.
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t/f a condition that occurs when warm air traps cooler air at the surface of the earth is greenhouse gases.
False. A condition that occurs when warm air traps cooler air at the surface of the earth is greenhouse gases called an inversion.
When a layer of warm air forms above a layer of cooler air, pollutants and other particles near to the earth are effectively trapped. This can result in the buildup of smog, particulate matter, and other harmful substances, all of which can damage human health and the environment.
These gases, which include carbon dioxide, methane, and water vapor, trap heat in the atmosphere and add to global warming. The greenhouse effect is a natural process that is required for life to exist on Earth.
However, human actions such as the use of fossil fuels and deforestation have increased greenhouse gas emissions, causing global temperatures to rise and resulting in climate change.
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Complete question
A condition that occurs when warm air traps cooler air at the surface of the earth is greenhouse gases is Inversion. True or False
identify the cell organelle that performs this cellular function: synthesis of lipids and carbohydrates
ER is the cell organelle that performs this cellular function: synthesis of lipids and carbohydrates
The ER is also where most protein synthesis and transport, protein folding, steroid and lipid production, glucose metabolism, and calcium storage occurs.
It is a cytoplasmic sac that is membrane-bound in eukaryotic cells. Producing proteins, carbohydrates, and lipids requires the endoplasmic reticulum, or ER. The endoplasmic reticulum produces membrane carbohydrates, but these are modified and developed into complex carbohydrate molecules in the Golgi complex by the addition of several additional monomers.
The ER, which aids in regulating cell development and differentiation, is frequently present in cells that are not dividing. By supporting ion homeostasis, the ER also contributes to the control of calcium levels in cells. Also involved is the endoplasmic reticulum.
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theorists who attribute some of the causes of deviant behavior to biology are employing ___ theories.
Those that use biological theories to explain some of the biological factors that contribute to abnormal behaviour do so.
What are biological explanations for abnormal behaviour?According to a biological hypothesis of deviance, a person's deviation from social standards is mostly a result of their biological make-up. Although it can be extended to informal deviance, the theory focuses primarily on formal deviance and uses biological explanations for criminality.
Which biological theories are there?With a focus on the conceptual unification provided by evolutionary and developmental approaches, the journal Biological Theory is devoted to theoretical developments in the disciplines of evolution and cognition.
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according to these data which of the wavelenghts of light energy provides the least enerfy potential for photosynthesis
what do microbiologists do? why are their contributions so important to science?
Answer: they try to understand how organisms live, grow and interact with their environments
TRUE/FALSE. X-rays and gamma rays are examples of ionizing radiation and cause the formation of thymine dimers.
FALSE. X-rays and gamma rays are examples of ionizing radiation, but they do not cause the formation of thymine dimers.
What are thymine dimers?Thymine dimers are a type of DNA damage that occurs when two adjacent thymine bases in DNA become covalently linked to each other, forming a dimer. This can occur when DNA is exposed to ultraviolet (UV) radiation from the sun or other sources. The formation of thymine dimers distorts the normal structure of DNA, causing errors during DNA replication and transcription, which can lead to mutations, cell death, or cancer. Thymine dimers are one of the most common types of DNA damage caused by UV radiation, and they play a significant role in the development of skin cancer.
UV radiation has a shorter wavelength than X-rays and gamma rays and is non-ionizing, meaning it does not directly ionize molecules. Instead, UV radiation causes chemical reactions in molecules, including the formation of thymine dimers in DNA.
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which one of the following cysts occurs when a dominant follicle does not succeed in ovulating but remains active although immature?
Follicular cysts occurs when a dominant follicle does not succeed in ovulating but remains active although immature Therefore, the correct answer is C) Follicular cysts.
A follicular cyst is a type of ovarian cyst that develops when a follicle (a fluid-filled sac) on the ovary does not release an egg during ovulation and instead continues to grow. Normally, a follicle will release an egg during ovulation, and the remaining cells will transform into the corpus luteum, which produces progesterone. However, in the case of a follicular cyst, the sac fills with fluid and can continue to grow to a size of 2-3cm in diameter. These cysts are usually asymptomatic and often resolve on their own within a few weeks to a few months. In some cases, they can cause pain or discomfort, and may require medical intervention.
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Full Question ;
Which one of the following ovarian cysts occurs when a dominant follicle does not succeed in ovulating but remains active although immature, and can grow up to 2-3cm in diameter?
A) Dermoid cysts
B) Endometriomas
C) Follicular cysts
D) Corpus luteum cysts.
Hello , I need help and answer for 19
To test the hypothesis that hammerhead sharks have their unusual head shapes to provide improved vision to hunt and kill prey, a scientist could design an experiment by following various steps.
How can said hypothesis be tested?Gather a sample of hammerhead sharks of different sizes and ages.Set up an observation tank with clear water and natural lighting to mimic the sharks' natural environment.Observe the sharks' hunting behaviours and ability to detect prey in the tank.Measure the sharks' head shapes using digital calipers to obtain accurate dimensions.Use computer modelling to simulate the sharks' vision and ability to detect prey based on their head shape measurements.Compare the simulation results with the observed hunting behaviours to determine if there is a correlation between head shape and hunting ability.To know more about testing hypotheses, visit:
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which of the following statements is not accurate regarding the placement of biosafety cabinets inside a laboratory?
This is untrue since biosafety cabinets should be installed in low-traffic areas to reduce airflow disruption and lower the danger of contamination.
The use of a biological safety cabinet should not involve which of the following procedures?A blockage of the air intake grills at the front and back of the work surface could impede airflow. Storage containers are not BSCs! Keep anything out of the hood that might obstruct airflow.
Which of the following characteristics does every biosafety cabinet share?The high efficiency particulate air (HEPA) filter is a component that all BSCs have in common. Most germs and viruses are captured by HEPA filters, which can remove particles as small as 0.3 microns with a 99.97% efficiency.
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In which cell is the water potential the least negative ,using a diagram of the xylem vessel from a vascular bundle in a root and four adjacent parenchyma cells
The water potential is the least negative in the xylem cell, which is located at the center of the vascular bundle. This is because the xylem cell is responsible for transporting water and minerals from the roots to the rest of the plant.
What is the xylem?The xylem is a type of plant tissue that is responsible for transporting water and dissolved minerals from the roots to the rest of the plant. It is composed of specialized cells called tracheids and vessel elements, which are connected end-to-end to form long tubes or vessels.
The xylem vessels are reinforced with lignin, which provides structural support and prevents collapse of the tubes under the pressure of water transport. The movement of water through the xylem is driven by transpiration, which is the loss of water from the leaves through tiny openings called stomata. As water evaporates from the leaves, it creates a negative pressure, or tension, that pulls water up from the roots and through the xylem.
The water potential is the least negative in the xylem cell, which is located at the center of the vascular bundle. This is because the xylem cell is responsible for transporting water and minerals from the roots to the rest of the plant, and therefore it must maintain a high water potential to facilitate this process. The adjacent parenchyma cells have lower water potential compared to the xylem cell, as they are involved in storage of nutrients and water, and do not play a major role in water transport.
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What does receiver bee stand over???
Answer:
The flower.
Explanation:
It eats the nectar and the pollen sticks onto its fur, so that it can pollinate other flowers.
Critically discuss why a school leavers might decide to pursue work directly after school instead of applying for higher education
clostridium tetani, the bacterium that causes tetanus, can only survive in soil away from oxygen. it is considered which of the following?
Tetanus-causing bacteria Clostridium tetani is regarded as an obligate anaerobe. It can only exist in surroundings devoid of oxygen, which means that it cannot thrive in the presence of oxygen.
What allows Clostridium tetani to endure?The creature is heat-sensitive and is incapable of surviving in an oxygen-rich environment. In contrast, the spores are remarkably resistant to heat and common antiseptics.
Can the tetanus-causing Clostridium tetani bacterium only endure in oxygen-free soil?The bacteria Clostridium tetani produces a toxin (poison) that causes tetanus. Oxygen prevents the C. tetani bacteria from surviving. Because to their resistance to heat and other chemicals, they develop spores that are particularly challenging to eradicate.
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Just need help with the chart, don’t know if what I have is correct.
Skeletal muscle fibres are widely classified into two different types, "slow-twitch" muscles (type 1) and "fast-twitch" muscles (type 2). Each one has different characteristics and functions.
Most of the answers you have entered are correct, except for the following:
Type I fibres are oxidative fibresExamples of activities that use type 1 muscle fibres include endurance activities such as long-distance running, cycling, and swimming.Type IIa muscle fibres are oxidative fibres.Type IIa muscle fibres are lighter than type I fibres but darker than type IIx fibers. Examples of activities that use type IIa muscle fibers include middle-distance running, swimming, and cycling, as well as sports that require repeated bouts of high-intensity activity such as basketball, soccer, and tennis.Type IIx fibers are also known as type IIb fibers.Type IIx fibers are predominantly glycolyticExample activity: Type IIx fibers are primarily used during high-intensity, short-duration activities such as sprinting, powerlifting, and jumping.To know more about muscle fibres, visit:
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Please help me solve the first question step by step
A. The concentration of algal cells at 0.08 absorbance would be 2 10E6 if we extrapolate the given graph.
How to check the absorbanceOur standard culture is this. A 0.5 10E6 concentration is what we need. Our stock will be diluted as a result.
we have 0.5 x 10⁶
the original stock is given as 2 x 10⁶
The df = 15 + 5 / 5
= 4
Final volume / initial volume
2 x 10⁶ / 4
= 0.5 x 10⁶
b. The number of microbial cells in a culture of microbes affects how much of it is absorbed.
The absorbance was lower at the beginning of the culture because there were fewer algal cells present. At the end of the culture, when enough algal cells had grown, the concentration of algal cells had also increased, making the absorbance value higher.
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Rotenone (An Insecticide) Blocks The Protein That Accepts Electrons From NADH. Rotenone Blocks ATP Synthesis By:
Rotenone (an insecticide) blocks the protein that accepts ele
Rotenone inhibits the electron transport chain (ETC) in the mitochondria, which is how it prevents ATP generation.
Rotenone specifically binds to the protein complex known as complex I (NADH dehydrogenase), which is responsible for transferring electrons from NADH to ubiquinone, a mobile electron carrier in the ETC. Rotenone blocks the flow of electrons through the ETC by interacting with complex I and preventing the transfer of electrons from NADH to ubiquinone. As a result, the proton motive force (PMF), which is typically produced by the passage of electrons through the ETC across the mitochondrial inner membrane, decreases.
The PMF is required for ATP synthase, a protein complex that harnesses the PMF's energy to drive the phosphorylation of ADP to ATP, to produce ATP. Rotenone's suppression of the ETC consequently causes a reduction in ATP synthesis.
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complete question -
"Rotenone is an insecticide that is known to block the protein that accepts electrons from NADH. What is the mechanism by which rotenone blocks ATP synthesis?"
Why is the alignment of chromosomes at the center of the cell important
Answer: The alignment of chromosomes at the center of the cell, also known as the metaphase plate, is a critical step during cell division. Here are some reasons why:
Explanation: Ensuring equal distribution of genetic material: During cell division, the chromosomes need to be evenly distributed between the two daughter cells to ensure that each cell receives the correct number of chromosomes. When the chromosomes align at the metaphase plate, it allows the spindle fibers to attach to each chromatid and pull them apart in a coordinated manner, resulting in equal distribution of genetic material.
Facilitating proper spindle fiber attachment: The spindle fibers that attach to the chromosomes are crucial for separating the chromosomes and pulling them to opposite ends of the cell during cell division. When the chromosomes are aligned at the center of the cell, it ensures that the spindle fibers from both ends of the cell have equal access to each chromosome, facilitating proper attachment and segregation.
Regulating the cell cycle: The proper alignment of chromosomes at the metaphase plate is critical for the cell cycle checkpoint that ensures proper cell division. If there are any errors or abnormalities in chromosome alignment, it can trigger the cell to stop dividing and repair the mistakes before continuing with division. This checkpoint is important for preventing the formation of abnormal cells that can lead to genetic diseases or cancer.
In summary, the alignment of chromosomes at the center of the cell is important for ensuring proper distribution of genetic material, facilitating proper spindle fiber attachment, and regulating the cell cycle.
Needddddd answerrrr asappp
The main topic of traditional techniques of biotechnology would be the use of living organisms and their derivatives to produce useful products or processes.
What are the subtopics of these traditional techniques?Fermentation: The process of using microorganisms to convert raw materials into useful products such as alcohol, vinegar, and cheese. Subtopics under fermentation could include different types of fermentation processes, the role of microorganisms in fermentation, and the history of fermentation in various cultures.Plant breeding: Subtopics under plant breeding could include techniques such as cross-breeding and hybridization, the role of genetic variation in plant breeding, and the use of traditional knowledge in plant breeding.Traditional medicine: The use of plant extracts and other natural products to treat diseases and promote health. Subtopics under traditional medicine could include the use of medicinal plants in different cultures, the scientific basis of traditional medicine, and the challenges of integrating traditional medicine into modern healthcare.Bioprospecting: The search for new natural products with potential applications in medicine, agriculture, and other fields. Subtopics under bioprospecting could include the use of traditional knowledge to guide bioprospecting efforts, the legal and ethical issues surrounding bioprospecting, and the challenges of sustainable use of biodiversity.Biocontrol: The use of parasites, and pathogens to control pest populations. Subtopics under biocontrol could include the ecological principles underlying biocontrol, the use of biocontrol agents in different agricultural systems, and the potential risks and benefits of biocontrol.To find out more about biotechnology, visit:
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To which side of the kidney does the ureter connect?
A. Proximal
B. Superior
C. Medial
D. Axial
The ureter connects to the C.) medial side of each kidney.
What is the function of kidney?Kidneys' primary function is to remove toxins from the blood and convert waste products into urine. The average kidney weighs 160 grammes and excretes 1.5 litres of urine every day. Every 24 hours, two kidneys work together to filter 200 litres of fluid.
The kidneys aid to maintain the body's chemical balance by excreting waste and excess water from the blood as urine and removing excess salt, potassium, and calcium. Additionally, they produce hormones that encourage bone marrow to produce red blood cells, which is referred to as renal function. They also assist manage blood pressure.
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Imagine that you are studying a gene with two alleles, R and r. What genotypes (sets of alleles) would you expect to find in the offspring of two Rr parents? What is the probability of producing an offspring with each of the possible genotypes? The figure shows how these probabilities can be calculated.
Drag the percentages on the left to answer the questions on the right. Percentages may be used once, more than once, or not at all.
When two parents with the Rr genotype are crossed, their offspring have a 25% chance of inheriting two dominant R alleles (RR genotype), a 50% chance of inheriting one dominant R allele and one recessive r allele (Rr genotype).
These probabilities can be calculated using Punnett square analysis or probability rules for independent assortment. In genetics, the term allele refers to the different versions of a gene that exist in a population. In this case, we are studying a gene with two alleles, R and r. When two parents with the Rr genotype are crossed, their offspring can inherit either an R or r allele from each parent, resulting in three possible genotypes: RR, Rr, and rr.
The probability of each genotype can be calculated using basic Mendelian principles. Assuming a heterozygous Rr x Rr cross, the expected genotype ratios of offspring are 1:2:1 for RR:Rr:rr, with corresponding probabilities of 25%, 50%, and 25%, respectively. These ratios and probabilities can be used to predict the likelihood of different genotypes in a population, which can have important implications for inheritance patterns and genetic diseases.
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Full Question ;
Imagine that you are studying a gene with two alleles, R and r. What genotypes (sets of alleles) would you expect to find in the offspring of two Rr parents? What is the probability of producing an offspring with each of the possible genotypes? The figure shows how these probabilities can be calculated. Drag the percentages on the left to answer the questions on the right. Percentages may be used once, more than once, or not at all.
Possible Genotypes of Offspring:
RR
Rr
rr
Possible Probabilities:
25%
50%
25%
Please note that the probability of each genotype is dependent on the type of genetic cross being performed (e.g. Punnett square analysis, probability rules for independent assortment, etc.). In this case, assuming a simple Mendelian inheritance pattern and a heterozygous Rr x Rr cross, the expected genotype ratios of offspring would be 1:2:1 for RR:Rr:rr, and the corresponding probabilities would be 25%, 50%, and 25%, respectively.
Which is an adaptation that helped plants survive on land ?
A. Photosynthesis
B. Development of backbones
C. Production of seeds
D. Diploid forms
Assignment sports leadership news paper article
Scenario You are working in a small, but developing, coaching company. You have contacted a local newspaper to discuss how to develop interest in volunteering in sports leadership. The editor has asked you to write an article that explores the requirements of becoming a successful sports leader, using examples of successful sports leaders to demonstrate attributes and responsibilities required.
Task 1
Carry out research into successful sports leaders using textbooks, the internet and journals. You may also consider sports leaders who have led sporting events that you have taken part in and/or sports leaders who coach professional or national sports teams.
Prepare a two-page article for the newspaper about the attributes and responsibilities of sports leaders. (2A.P1, 2A.P2, 2A.M1, 2A.M2)
Within the feature you should compare and contrast the attributes of two successful sports leaders. (2A.D1)
Checklist of evidence required
Article for a newspaper or web article.
Criteria covered by this task:
Unit/Criteria reference
To achieve the criteria you must show that you are able to:
6/2A.P1
Describe, using relevant examples, the attributes required for, and responsibilities of, sports leadership.
6/2A.P2
Describe the attributes of two selected successful sports leaders.
6/2A.M1
Explain the attributes required for, and responsibilities of, sports leadership.
6/2A.M2
Evaluate the attributes of two successful sports leaders.
6/2A.D1
Compare and contrast the attributes of two successful sports leaders.
I need help finding this answers, this paper is DUE TOMORROW!!
Answer:
Explanation:
Alright, buckle up, since this isn't your average "the answer is C" explanation. Sorry beforehand for this upcoming essay. To make this easier, I'll give out the answers to start and then leave a "Why?" portion in case you want an in-depth explanation. I recommend getting the answers first since I can tell you're in a hurry, but if you get the chance look over a thing or two I said. Now:
To start, the 4 genotypes for the Dark Gray Rabbit are DD, Dd[tex]^{ch}[/tex], Dd[tex]^h[/tex], and Dd.
Why? Well, we know Dark Gray is dominant to all other alleles, so a Dark Gray allele with any other allele will produce a Dark Gray Rabbit.
The same concept above applies to the other rabbits:
The Chinchilla rabbit is d[tex]^{ch}[/tex]d[tex]^{ch}[/tex], d[tex]^{ch}[/tex]d[tex]^h[/tex], and d[tex]^{ch}[/tex]d.
The Himalayan rabbit is d[tex]^h[/tex]d[tex]^h[/tex] and d[tex]^h[/tex]d.
The Albino rabbit is dd.
Part 2:
Chinchilla Rabbit
Why? Because you have 2 Chinchilla alleles, and since they don't dominate and aren't dominated by any other allele, the rabbit will be a Chinchilla Rabbit.
Dark Gray Rabbit
Why? Same rule of dominance, and plus, it was one of the phenotypes listed in the first question.
For the table, look at the help image.
And finally, for the plan, the first set of rabbits with have a 50% chance of producing a dd[tex]^h[/tex] rabbit, which is a Himalayan rabbit. Then, breeding two of these will ALWAYS give you a Himalayan rabbit.
Why? Because the only alleles are d and d[tex]^h[/tex], and since d[tex]^h[/tex] is always dominant of d, there will never be a case where that rabbit is albino (thus always Himalayan)
Hope you got it all down, and glad I could be of any service.
fill in the blank. ___ an example of a place in the tree where a speciation event occurred is represented by the shaded area numbered
Gene g is an example of a place in the tree where a speciation event occurred is represented by the shaded area numbered.
Phylogenetic methods are affected in a number of significant ways by the idea of incomplete lineage sorting. Inadequate lineage sorting may result from the persistence of polymorphisms throughout various speciation episodes.
Consider two successive speciation occurrences where an ancestor species produces species A first and species B and C second. While examining a single gene, it is possible to find various variations (alleles) that result in the appearance of various features (polymorphisms).
We can observe that where the gene G contains two variations (alleles), G0 and G1. Gene G initially only existed in one form, G0, in the ancestor of A, B, and C. The ancestral population became polymorphic at some point due to a mutation, with some individuals having G0 and others G1.
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6.1.d compare the direction in which replication forks move with the direction in which the new dna strands are synthesized.
Compare the law in which new DNA strands are synthesized with the law in which replication forks move. New DNA strands are synthesized in the 5' to 3' direction, whereas replication proceeds bilaterally.
DNA is constantly combined in the 5'- to-3' course, implying that nucleotides are added exclusively to the 3' finish of the developing strand. The binding of the new nucleotide's 5'-phosphate group to the growing strand's 3'-OH group is depicted in.
Continuously, a single strand is synthesized in the direction of the replication fork; The term for this is the leading strand. Okazaki fragments—short stretches of DNA that are synthesized in a direction away from the replication fork—are produced for the other strand. The lagging strand is the name given to this strand.
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which of the following is the correct sequence when tracing the path of air from the nose to the lungs?
The correct order to follow when tracing the air's path from the nose to the lungs is the Nasal cavity, Pharynx, Larynx, Trachea, Bronchi, and Bronchioles. The correct answer is (D).
Air travels down your pharynx (the back of your throat), through your larynx (the voice box), and into your trachea (the windpipe) when you inhale through your nose or mouth. The bronchial tubes divide your trachea into two sections. The left lung is served by one bronchial tube, while the right lung is served by the other.
Your mouth and nose are where air enters your body. The trachea and larynx then carry air down the throat. Main-stem bronchi are the tubes through which air enters the lungs.
Air enters your lungs when you inhale, and oxygen from that air moves into your blood. Simultaneously, carbon dioxide, a waste gas, moves from your blood to the lungs and is breathed out (inhaled). This cycle called the gas trade, is crucial for life.
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Q-which of the following is the correct sequence when tracing the air path from the nose to the lungs?
A. nasal cavity, larynx, pharynx, bronchi, bronchioles, trachea
B. nasal cavity, bronchi, bronchioles, trachea pharynx, larynx
C. nasal cavity, pharynx, larynx, trachea, bronchioles, bronchi
D. nasal cavity, pharynx, larynx, trachea, bronchi, bronchioles
Suppose that a potential blood donor has type B+ blood. Classify the following recipient's blood types as compatible or incompatible. Able to receive type B+ blood Unable to receive type B+ blood type O- type B+ type B- type A+ type AB+
A recipient with type B+ blood can receive blood from donors with type B+ and type O+. Therefore, the following blood types are compatible:
Type B+ (same blood type)Type O- (universal donor, compatible with all blood types)The following blood types are incompatible:
Type B- (lacks Rh factor)Type A+ (contains the A antigen, which can cause a transfusion reaction)Type AB+ (contains both A and B antigens, which can cause a transfusion reaction)What are the blood types?
Blood types are classifications of blood that depend on the presence or absence of certain proteins on the surface of red blood cells. The most well-known blood type classification system is the ABO system, which categorizes blood into four types: A, B, AB, and O. The presence or absence of the A and B antigens on the surface of red blood cells determines the blood type.
Another important blood type classification system is the Rh system, which is named after the Rhesus monkey. People who have the Rh protein on the surface of their red blood cells are Rh-positive (Rh+), while people who do not have the protein are Rh-negative (Rh-).
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How does acid rain affect plants and animals?
Answer:
Dead or dying trees are a common sight in areas effected by acid rain. Acid rain leaches aluminum from the soil. That aluminum may be harmful to plants as well as animals. Acid rain also removes minerals and nutrients from the soil that trees need to grow.
) the process called by which molecules move across a barrier,
Answer:
Diffusion is the movement of molecules from an area of high concentration of the molecules to an area with a lower concentration. For cell transport, diffusion is the movement of small molecules across the cell membrane.
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