A population of 13 birds exhibits linear growth, with an average growth rate of 2. 4 individuals per year. If environmental conditions and growth rate remain the same, how long would it take the population to increase to 156 birds?
Equation for linear growth. Pt equal P0 plus parentheses GR multiplied by t parentheses.
0. 20 years
59. 60 years
5. 42 years
150. 58 years
Answers
If environmental conditions and growth rate remain the same, 59.6 years would it take the population to increase to 156 birds.
Here, correct option is B.
The population of 13 birds is expected to grow in a linear fashion with an average growth rate of 2.4 individuals per year. To calculate the length of time it would take for the population to reach 156 birds, we can use the equation Pt = P0 + (GR•t).
Here, Pt is the total population size in the future, P0 is the starting population size, GR is the growth rate, and t is the amount of time. In this case, P0 = 13, GR = 2.4, and Pt = 156. Solving the equation, we find that it would take t = 59.6 years for the population to reach 156 birds.
Therefore, if environmental conditions remain the same and the growth rate of 2.4 individuals per year is maintained, the population of 13 birds will increase to 156 birds in approximately 59.6 years.
Therefore, correct option is B.
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Related Questions
Which describes a tissue in the human body that will most likely undergo anaerobic respiration
Answers
Skeletal muscle near the end of an intense exercise session
A pt with dvt in his lle is on heparin drip at 1300 units per hour and warfarin 5 mg daily. which intervention should the nurse implement first?
Answers
The nurse should first assess the patient's INR to evaluate their coagulation status and determine the appropriate intervention regarding their heparin and warfarin therapy. Adjustments may be needed based on the INR result to maintain an optimal balance between preventing clot formation and minimizing the risk of bleeding.
The nurse should first assess the patient's coagulation status by measuring the international normalized ratio (INR) before implementing any intervention. The INR provides information about the patient's clotting ability and helps monitor the effectiveness of warfarin therapy.
Since the patient is on both heparin and warfarin, the nurse needs to ensure that the INR is within the target therapeutic range. If the INR is excessively high, there may be an increased risk of bleeding, while a low INR could indicate inadequate anticoagulation and an increased risk of clot formation.
Based on the INR result, the nurse can determine the appropriate intervention. If the INR is too high, the nurse may need to hold the warfarin dose, decrease the heparin infusion rate, or administer vitamin K as an antidote to reverse the effects of warfarin. On the other hand, if the INR is too low, the nurse may need to consult with the healthcare provider to adjust the warfarin dose or increase the heparin infusion rate.
Assessing the INR and adjusting the anticoagulation therapy accordingly is crucial to maintain a balance between preventing clot formation and minimizing the risk of bleeding complications in the patient with deep vein thrombosis (DVT).
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electrons move from the wool to the
Answers
Answer: balloons surface
Explanation:
Darwin's experiments are just one way to study phototropism. A student wants to investigate the effects of phototropism in bean plants. She places a light source directly above one plant, at a forty‐five degree angle to another, and at a ninety‐degree angle from the third.
What is her independent variable?
What is a hypothesis she might write for her experiment?
Answers
Answer:
Her independent variable is the light source and her hypothesis is what YOU think might happen
Answer:
The independent variable is what is being changed or altered in the experiment (light position), the dependant variable is what is altered or changed by the independent variable (plant).
Explanation:
Consider what is being changed in this experiment to investigate the effects? The plant itself is not changed by the experiment but the positioning of the light source is. That is your independent variable. The plant may change as a result of the independent variable but isn't being altered or changed as part of the method (dependent).
What is a hypothesis she might write?
Consider a hypothesis as a prediction. Researchers come up with their hypothesis based on the information they already know. So to write your hypothesis think about what you already know about phototropism. What do you think will happen to the plant in relation to the positioning of the lamp? Will the plant not move? Will it bend or move to face the lamp?
Hope this helps.
your firewall is configured to deny all packets from the address range – , but you want to allow packets from . how should you resolve this issue?
Answers
To resolve this issue, you would need to modify your firewall's configuration to allow packets from the specific address range that you want to permit. One way to do this is to create a new rule that specifies the source IP address or address range that you want to allow, and then configure it to allow traffic from that source.
This can typically be done using your firewall's graphical user interface or command-line interface. Alternatively, you could modify the existing rule that is denying packets from the address range by adding an exception for the specific IP address or address range that you want to permit. However, this approach may be less secure as it involves modifying an existing rule that is designed to block traffic.
It's important to ensure that you are only allowing traffic from trusted sources and that your firewall's configuration is kept up-to-date to ensure that your network remains secure. Regularly reviewing and updating your firewall rules can help you to stay on top of potential security threats and keep your network protected.
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Only need answers.
1) Which of the following statements are 1 point true for filament winding process? 1. It is not possible to produce parts with reverse curvature (female features). 2. Fiber direction cannot be changed within a layer of winding. 3. Composite product configuration should be such that it should facilitate in mandrel extraction. 1 and 3 1 and 2 2 only All 1,2 and 3 2) flakes are commonly employed in 1 point paints and other coatings to enhance quality of finished surface. Mica Silver Aluminum Copper 3) Assertion (A): Moldings made from SMC1 point have higher mechanical properties as compared to moldings made from DMC Reason (R): SMC contains longer as well as more fibers as compared to DMC Both A and R are true and R is the correct explanation of A Both A and R are true but R is NOT the correct explanation of A A is true but R is false A is false but R is true 4) Ceramics are very sensitive to thermal 1 point stresses. These materials have High Young's modulus and Low elongation capability. Low Young's modulus and High elongation capability. High Young's modulus and High elongation capability. Low Young's modulus and Low elongation capability. 5) In bag molding process, bleeder plies 1 point are used to act as a path way for air bubbles and volatile materials to exit out absorb excess resin protect against contaminating agents ensure that the part does not get stuck to the mold plate 6) is the most suitable fiber for the 1 point production of personal armor. Glass Fiber Carbon Fiber Ceramic Fiber Aramid Fiber 7) Match List I with List II and select the 1 point correct answer. List I a) Tungsten carbide in cobalt matrix b) Chromium carbide in cobalt matrix c) Titanium carbide in cobalt matrix d) Oxide based cermet List II 1. Turbine parts, Torch tips and Hot mill parts. 2. Thermocouple protection tube. 3. Wire drawing dies, Precision gauges. 4. Valve parts, Nozzles, High load bearings
a−3,b−4,c−1,d−2
a-3, b-4, c-2, d-1
a-2, b-1, c-3, d-4
a-2, b-1, c-4, d-3
8) Identify the fabrication process from the 1 point following diagram. Resin Transfer Molding Filament Winding Pultrusion Infusion 9) Which of the following statements are 1 point true for Spray Lay-Up process? 1. Laminates tend to be very resin-rich and therefore excessively heavy. 2. Short as well as long fibers can be incorporated by this method. 3. Resins need to be low in viscosity. 1 and 2 2 only 1 and 3 All 10). is a suitable resin for vacuum 1 point bag molding process. Polyesters Epoxy Vinylester None of these.
Answers
Filament winding is a manufacturing process used to produce composite structures, typically cylindrical or spherical shapes, such as pipes, pressure vessels, and rocket motor casings. Hence the correct option is D.
The filament winding process involves the precise winding of continuous fibers, typically made of materials like carbon or fiberglass, onto a rotating mandrel or mold.In filament winding process, it is possible to produce parts with reverse curvature, contrary to statement 1. Fiber direction can be changed within a layer of winding, so statement 2 is false. Composite product configuration should facilitate mandrel extraction, which is stated correctly in statement 3.
During the process, the fibers are impregnated with resin, which acts as a binding agent, providing strength and structural integrity to the final product. The winding pattern can be customized to achieve specific design requirements, such as varying fiber orientations or thicknesses in different sections of the structure.
Hence the correct option is D.
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What is the function of pits in xylem
Answers
Answer: The pit membrane, which lies in the center of each pit, allows water to pass between xylem conduits but limits the spread of embolism and vascular pathogens in the xylem.
Explanation:
Sorry if i'm wrong
HELP ME ASP I WILL GIVE YOU BRAINLEST AND MORE POINTS
Answers
Answer:
The answer is the nucleus,
Explanation:
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Why is it more advantageous to be multi-cellular than uni-cellular?
Group of answer choices
Uni-cellular organisms are easier to kill than multi-cellular organisms.
Multi-cellular organisms can be seen easily.
Organelles are more specialized making for more efficient life functions.
The life span for uni-cellular organisms are very long.
Answers
Multicellular creatures have longer life spans than unicellular ones because they contain more cells. Multicellular organisms have a higher capacity for environmental adaptation.
What benefits do several cells have?But multicellularity has many benefits, including tolerance to physical and chemical stressors, better resource acquisition, protection from predators, more effective colonization of new lands, and a higher probability of surviving intermicrobial wars.
Why is cell communication favorable to the cells?All multicellular organisms require communication between their cells in order to promote development, environmental adaption, and proper function.
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Of the 6 carbons in a starting molecule of glucose, at the completion of pyruvate oxidation, _____ carbons are fully oxidized to _____, while _____ carbons remain in _____.
a. Three; pyruvate; three; acetyl groups
b. Two; CO2; four; acetyl groups
c. Four; CO2; two; CoA
d. Two; acetyl groups; four; CO2
e. Four; acetyl groups; two; CO2
Answers
Of the 6 carbons in a starting molecule of glucose, at the completion of pyruvate oxidation, four carbons are fully oxidized to CO2, while two carbons remain in acetyl groups.
Option C: Four; CO2; two; CoA is the correct answer. Pyruvate oxidation is the second stage of cellular respiration, a process that breaks down glucose in the presence of oxygen to produce ATP.The process of pyruvate oxidation involves the breakdown of pyruvate (a 3-carbon molecule) into a 2-carbon molecule (acetyl-CoA) that can enter the next stage of cellular respiration, the citric acid cycle. Here, the acetyl-CoA is combined with a molecule of oxaloacetate (a 4-carbon molecule) to form a 6-carbon molecule called citrate.
More than 100 species of bacteria and archaea use pyruvate oxidation as part of their metabolic process.
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Purple flowers are dominant to white in Jimsonweed. When a particular purple-flowered Jimsonweed is self-fertilized, there are 28 purple-flowered and 10 white-flowered offspring. Out of the purple-flowered offspring,
Answers
1/3 proportion of the purpleflowered progeny will breed true.
Assume that the gene "P" confers a purple phenotype on flowers, whereas the allele "p" confers a white phenotype. Purple and white offspring were produced by self-fertilization of purple-flowered parent plants in a about 3:1 (28:10) ratio. This signifies that the parent plants were heterozygous, with the genotype "Pp" for each.
A cross between Pp and Pp yields offspring with the genotype ratio=
1/4 PP = 1/2 Pp = 1/2 PP
So, of the 3/4 purple progeny, 1/3 are homozygous for the purple allele (PP), while the other two-thirds are heterozygous dominant.
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what kingdom are protists in
Answers
Answer:
Kingdom protista
Explanation:
in terms of evolution, what might be the outcome of repeated duplications in a species' genome?
Answers
The outcome of repeated duplications in a species' genome could be increased genetic diversity, which could lead to increased evolutionary potential.
Duplication creates new genetic material that can be acted on by selective forces, potentially leading to new adaptations that can give the species an advantage in the environment.
The duplicated genes can also be subject to mutations, leading to even more genetic diversity. This increased genetic variability could help the species to survive in changing environments or to develop new beneficial traits.
The increased genetic diversity could also help the species to evolve more quickly, as more genetic information is available for natural selection to act on.
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Human cells have 46 chromosomes. Each chromosome consists of a pair of identical chromatids attached together by a structure called a centromere. Once the chromosome has split, each chromatid is called a daughter chromosome. At the end of cytokinesis, how many daughter chromosomes will be found in each cell? Explain.
Answers
Answer:
92 daughter chromosomes.
Explanation:
There are 46 chromosomes in a normal cell and each chromosome turns into 2 daughter cells. So 46 plus 46 is 92.
Who are some black scientists?
Answers
Some other famous black scientists like:
Dr. Marshall Shepherd, meteorologist and climatologist.Dr. Shirley Ann Jackson, physicist.Dr. Ayanna Howard, robot engineer.Dr. Beth A. Brown, astrophysicist. Dr. Christine Darden, aerospace engineer. ➥ I hope I have helped you, greetings! Atte: ღTheGirlSadღDr. Marshall Shepherd, meteorologist and climatologist.
Dr. Shirley Ann Jackson, physicist.
Dr. Ayanna Howard, robot engineer.
Dr. Beth A. Brown, astrophysicist.
Dr. Christine Darden, aerospace engineer.
For the following question, you need to show all your work to get full points. In a population of fruit flies living in a grapefruit orchard, 384 have long wings and 16 have short wings. Long wing is dominant to short wing. Calculate the frequencies of the genotypes in the population.
Which of the following situations is in Hardy–Weinberg equilibrium?
Select one:
a. Biosphere 2 is a closed ecological system located in Arizona.
b. A small number of fish can be found in a man-made pond at Hawrelak Park.
c. In a large population of E. coli bacteria, some are demonstrating resistance to penicillin.
d. An isolated population of caribou has been found on Baffin Island.
Answers
In a population of fruit flies living in a grapefruit orchard, 384 have long wings and 16 have short wings.
Long wing is dominant to short wing. Calculate the frequencies of the genotypes in the population.
There are two possible alleles in the fruit flies: long wings (L) and short wings (l).Long wing is dominant to short wing. Therefore, Ll and LL are the genotypes for long wings and ll is the genotype for short wings.Let us calculate the number of individuals with the L allele and l allele.Number of individuals with L allele = number of individuals with LL genotype + 1/2 x number of individuals with Ll genotype= 384 + 1/2 × (2 × 16)= 384 + 16= 400Number of individuals with l allele = number of individuals with ll genotype + 1/2 × number of individuals with Ll genotype= 16 + 1/2 × (2 × 16)= 16 + 16= 32
The frequency of L allele = (400 ÷ 800) = 0.5The frequency of l allele = (32 ÷ 800) = 0.04
Thus, the frequencies of the genotypes in the population are:LL = (0.5)² = 0.25Ll = 2 × 0.5 × 0.4 = 0.4ll = (0.04)² = 0.0016Thus, the frequencies of the genotypes in the population are:LL = 0.25 or 25%Ll = 0.4 or 40%ll = 0.0016 or 0.16%
The situation which is in Hardy–Weinberg equilibrium is: An isolated population of caribou has been found on Baffin Island. The Hardy–Weinberg equilibrium is a set of mathematical conditions that a large population would have to comply with in order for genetic drift and the resulting evolutionary forces to be rendered meaningless. An isolated population of caribou has been found on Baffin Island is the situation which is in Hardy–Weinberg equilibrium.
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PLZ HELP IM TAKING MY EXAM!! which of the following best explains the impact of mrna being double stranded before translation
Answers
Answer:
Impact of double-stranded mRNA before translation would inhibit the binding of tRNA to mRNA ti synthesize protein.
Explanation:
The mRNA is a molecule that, with the exception of viruses with double-stranded RNA, has only one chain. It is in charge of conducting to the ribosomes the sequence of nucleotides that makes possible the translation and the synthesis of proteins.
Once the ribosome translates the information of each codon of the mRNA, a transfer RNA (tRNA) molecule, with a complementary anticodon, provides the amino acid corresponding to the translated codon.
If the mRNA were double-stranded, the translation process would be altered, since binding of the tRNA with the amino acid it carries and mRNA codon would not be possible, as well as the protein synthesis.
neurons communicate with each other through chemical substances that carry information across gaps, which are known as
Answers
Neurons communicate with each other through chemical substances that carry information across gaps, which are known as Synapse.
In general , Neurons communicate with each other through a process called synaptic transmission. When an action potential reaches the end of a neuron, it triggers the release of chemical messengers, called neurotransmitters, into the synapse or the gap between neurons.
Different types of neurotransmitters can have different effects on the receiving neuron, such as excitation or inhibition of its activity, and the specific pattern of neurotransmitter release and binding can determine the strength and timing of the resulting signal.
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structures in organisms that used oxygen well were
Answers
Organisms possess specialized structures for efficient oxygen utilization. Gills in aquatic organisms, lungs in terrestrial vertebrates, and tracheal systems in insects enable oxygen exchange. Birds have lungs and air sacs for efficient respiration. Hemoglobin in red blood cells transports oxygen. These adaptations optimize oxygen utilization for survival.
Structures in organisms that are well-adapted for efficient oxygen utilization include:
Gills: Gills are respiratory organs found in aquatic organisms such as fish. They have a large surface area and are composed of thin filaments or plates with numerous blood vessels. Gills allow for efficient extraction of oxygen from water by facilitating the exchange of gases.Lungs: Lungs are respiratory organs found in terrestrial vertebrates, including mammals, birds, and reptiles. Lungs consist of a complex network of bronchial tubes and millions of tiny air sacs called alveoli. The large surface area and the thin walls of the alveoli facilitate the exchange of oxygen and carbon dioxide between the air and the bloodstream.Tracheal System: Insects have a network of tubes called tracheae that deliver oxygen directly to cells. The tracheal system enables efficient oxygen transport throughout the body, allowing insects to have a high metabolic rate and perform activities such as flying.Spiracles: Spiracles are small openings found on the surface of some insects. They allow for the exchange of gases between the external environment and the tracheal system. By opening and closing the spiracles, insects can control the flow of air and regulate oxygen uptake.Lungs and Air Sacs (in birds): Birds have a unique respiratory system that includes both lungs and air sacs. Air sacs act as bellows, ensuring a unidirectional flow of air through the lungs, allowing for efficient oxygen uptake and carbon dioxide removal. This adaptation is particularly important for the high metabolic demands of flying.Hemoglobin: Hemoglobin is a protein found in red blood cells that binds to oxygen molecules. Its structure enables efficient oxygen transport in the bloodstream, ensuring oxygen is effectively delivered to tissues throughout the body.These structures and adaptations are examples of how organisms have evolved to maximize their oxygen utilization, allowing them to thrive in their respective environments.
he cell performs many cellular processes to ensure the cell is able to maintain homeostasis. The organelles in cells work together to perform different functions to keep the cell balanced. The chloroplast and the mitochondria are two important organelles that provide cells with different types of energy.
Answers
the process by which the particles in a crystal are seperated and drawn into the solution by water is called
Answers
This process is called "Dissociation"
In addition to developing the Theory of Evolution, Charles Darwin also
discovered:
A. How worms increase the fertility of soil.
B. How rocks are weathered and form soil.
C. The composition of soil.
D. How acidic soil affects plant growth.
Answers
It takes 600 J of work to lifta crate straight up but 1,200 Jto pushthat crate up a ramp to the same height. What's the efficiency of the ramp?
Answers
Answer:
50 percent
Explanation:
The efficiency of ramp can be found by using this formula
(Output work/input work)*100.
Amounts of work to lift up = 600j
Amount of work bro take up to same height = 1200j
Efficiency of ramp = (600j/1200j) * 100
= 0.5 x100
= 50 percent
Therefore from the calculations above, the efficiency of this ramp is 50 percent
25) which is not one of the ways in which small, non-coding rna-enzyme complexes influence gene expression? a) destroying the target mrna b) destroying the peptide generated by the translation of the target mrna c) inhibiting translation of the target mrna into a peptide d) blocking the transcription of the gene that codes for the target mrna
Answers
The destroying of peptide generated by translation of target mRNA is NOT one of the ways in which small, non-coding RNA-enzyme complexes influence gene expression, Option (c) is correct.
The Small, non-coding RNA-enzyme complexes, such as microRNAs and siRNAs, use base pairing to target specific mRNA molecules and regulate gene expression in several ways.
These complexes can destroy the target mRNA, block the transcription of the gene that codes for the target mRNA, or inhibit the translation of the target mRNA into a peptide.
The destruction of the peptide generated by the translation of the target mRNA is not one of the ways these complexes influence gene expression.
Therefore, the correct option is (c).
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The given question is incomplete, the complete question is
Which is NOT one of the ways in which small, non-coding RNA-enzyme complexes influence gene expression?
(a) destroying the target mRNA
(b) blocking the transcription of the gene that codes for the target mRNA
(c) destroying the peptide generated by the translation of the target mRNA
(d) inhibiting translation of the target mRNA into a peptide.
In photosynthesis, carbon dioxide is "fixed" in ____.
A. the light-dependent reactions
B. the Carbon cycle
C. the light-independent reactions
D. the Krebs cycle
Answers
The correct answer is C. the light-independent reactions, where carbon dioxide is fixed and converted into organic compounds during photosynthesis.
The process of carbon dioxide fixation refers to the conversion of atmospheric carbon dioxide into organic compounds during photosynthesis. This occurs during the light-independent reactions, also known as the Calvin cycle or the dark reactions. These reactions take place in the stroma of chloroplasts, specifically in the chloroplasts of plant cells.
During the light-independent reactions, carbon dioxide molecules are combined with molecules derived from the light-dependent reactions, such as ATP and NADPH. The key enzyme involved in carbon dioxide fixation is called RuBisCO (Ribulose-1,5-bisphosphate carboxylase/oxygenase). RuBisCO catalyzes the incorporation of carbon dioxide into an organic molecule called ribulose-1,5-bisphosphate (RuBP), which then goes through a series of reactions to produce glucose and other organic compounds.
In contrast, the light-dependent reactions, which occur in the thylakoid membranes of chloroplasts, involve the absorption of light energy and the generation of ATP and NADPH. These energy-rich molecules produced in the light-dependent reactions are subsequently used in the light-independent reactions to drive the carbon dioxide fixation and synthesis of organic molecules.
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Scenario: A horticulturist (plant scientist) complains to the city that a nearby residence is ruining his flowers
because of the detergent being used to wash their cars. The soap ruins into a stream that goes near his flower beds.
As an inquiring scientist, you want to find out whether soap can affect flower growth.
1. (pts) What is the scientific question that is being asked by the horticulturist (plant scientist) in the background
Information?
2. (6pts) Therefore what is the Independent Variable (IV) that you're going to test?
3. (6pts) The Dependent Variable (DV) is what is affected by the Independent Variable. What is the Dependent Variable
In this experiment?
4. (12pts) Based on the scientific question (or problem), develop a hypothesis (prediction) that you are going to test by
performing the experiment.
IV
then
DV
11
because
• Perform the experiment by setting up your Control group and Ex
Answers
Answer:
1. Scientific question: Can detergent affect flower growth?
2. IV: The soap used in the study
3. DV: Flower growth
Explanation:
A scientific question is a well-sustained question about a given phenomenon of the real world which can be answered by experimental and/or observational procedures. A good scientific question must be testable and lead to falsifiable hypotheses. The dependent variable is the variable that is being measured in the experiment, (i.e. it is being affected by the experimental procedure). On the other hand, the independent variable is the variable that isn't changed by the other variables that are being measured in the experiment.
What do the rib muscles and diaphragm have in common?
Answers
Answer:
they contain hymoglobin
Explanation:
the red pigment in blood cells
Answer:
Both aid in the expansion and relaxation of lungs.
Explanation:
You are learning about mimicry in entomology. Which microcope would be bet to look at the wing of two different butterflie to determine which i a Monarch Butterfly and which i a Viceroy Butterfly?
compound microcope
diection microcope
canning electron microcope
tranmiion electron microcope
Answers
A scanning electron microscope would be the best choice to look at the wings of two different butterflies and determine which one is a Monarch Butterfly and which one is a Viceroy Butterfly.
An electron microscope called a scanning electron microscope (SEM) scans a sample's surface with a concentrated stream of electrons to create pictures of the material. As the electrons contact with the sample's atoms, different signals emerge that provide details about the sample's surface topography and composition.
A raster scan pattern is used to scan the electron beam, and a picture is created by combining the detected signal's strength with the beam's position. Using a secondary electron detector, the most popular SEM mode detects secondary electrons released by atoms stimulated by the electron beam (Everhart–Thornley detector).
The specimen topography affects, among other things, the quantity of secondary electrons that may be detected and, consequently, the signal intensity.
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How can variation of traits in a population help in the adaptation of the population to its environment?
Answers
Answer:
Variation of traits in a population is an essential factor in the adaptation of a population to its environment. The process of natural selection favors traits that increase the survival and reproductive success of individuals in a particular environment. The variation of traits in a population provides a range of options for natural selection to work with.
For example, if a population of birds has variation in beak size, and the environment contains different sizes of seeds, then birds with beaks that are better suited for the available seed size will have higher survival rates and be able to reproduce more effectively. Over time, the frequency of the beak size that is better adapted to the available seed size will increase in the population, while the frequency of the less well-adapted beak sizes will decrease.
In this way, the variation of traits in a population allows natural selection to act upon those traits that best fit an organism to its environment. As organisms adapt to their environment, the frequency of beneficial traits increases, leading to a better overall fit between the population and its environment. This, in turn, increases the survival and reproductive success of individuals in the population, ensuring the continuation of that population over time.
What happens when an ecosystem has high amounts of nutrients for a living thing? Explain
This is a school assignment please help I will mark brainlliest.
(This is 7th grade science).
Answers
Answer:
the plants will overgrow/overpopulate which causing overcrowding of other plant species
Explanation: