Compare the distribution pattern of the three populations.
1. Compare the distribution pattern of the three populations.
Answer:
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.
Meanwhile, the lilies represents the clustered distribution because they form clumps of species together which is the result of unreliable resources.
Three Pattern of Distribution
Uniform
Clumped
Random
2. compare the distribution patterns of the three populations
→ You can see Figure 4 in the picture below.
You can see:Bermuda-58; Density = 1.52
Clover-15; Density = 0.39
Lilies-21; Density = 0.55
→ Density = Number of Individuals / Size of Area ←
The three populations' three distribution patterns are uniform, clumped, and random. The uniform in figure 4 is represented by the Bermuda grass. A uniform distribution makes the most of the available area. While clover symbolizes a random distribution due to its variable spacing.Lilies, on the other hand, serve as a metaphor for the clustered distribution since they group species together as a result of unstable supplies.
Size and density are helpful indicators for describing populations. Scientists can learn more about species biology and ecology by observing how individuals are distributed in space. The geographic relationship between members of a population within a habitat can be seen in dispersion or distribution patterns. Patterns are frequently indicative of a specific species; they depend on the local environmental circumstances, the species' growth traits (as in the case of plants), or its behavior (as for animals).
A population's members can be dispersed in one of three fundamental ways: uniformly spaced apart (uniform dispersion), randomly dispersed without a discernible pattern (random dispersion), or clustered in clusters (clumped dispersion).
→ You can see the next Figure in the picture below.
In the next figure, there are three types of distribution patterns among populations of organisms: A population's distribution could be uniform, random, or clumped. Penguins and other territorial birds typically have a consistent distribution. Dandelions and other plants with wind-dispersed seeds typically have a random distribution. Animals that migrate in packs, like elephants, display clumped distribution.
In plant species that restrict the growth of neighboring individuals, uniform dispersion is shown. An illustration of negative allelopathy is the release of poisons by the sage plant, Salvia leucophylla. The toxins kill off the surrounding vegetation in a circle around each sage plant, resulting in an even spacing between them. Uniform dispersion is also present in animals with specified territories, such as nesting penguins.
Dandelion and other plants with wind-dispersed seeds that germinate wherever they fall in a good environment cause random dispersion. Plants that drop their seeds directly to the ground, like oak trees, or animals that gather in packs, like fish schools or elephant herds, exhibit clumped dispersion. Habitat heterogeneity may also lead to clumped dispersions. As with lions congregating around a watering source, organisms have a tendency to clump together in areas where favorable conditions are concentrated.
In this way, the distribution of individuals within a population tells us more about their interactions with one another and their surroundings than does a mere assessment of density. When compared to social species that congregate in groups, solitary species with a random distribution may experience comparable difficulties in locating mates as lower-density species do.
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3. compare the distribution patterns of the three populations.
3 sides of piramid a shape of 3 sides
4. Guide Questions: Q3. Compare the distribution patterns of the three populations. Q4. Which population has the greatest density? Q5. Infer from recorded.data from the possible causes for the differences in the population density. Q6. What conditions could change the density of any of the population?
Answer:
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5. Porzulation. Kane Number of organisms Density Answer these guide questions and write your answers on a separate sheet of paper, 1. Compare the distribution patterns of the three populations. 2. Which population has the greatest density? 3. From recorded data, inter the possible causes for the differences in the population density, 4. What conditions could change the density of any of the population? 5. Describe how a population's density can be used to learn about the needs and characteristics of that population. 6. How are limiting factors related to population density?
Answer:
the Construct paragraph and reaction forces by drawing an arrow on the Construct paragraph and reaction forces by drawing an arrow on the Construct paragraph
6. Guide Questions:Q1. Compare the distribution patterns of the three (3) populations.Q2. Which population has the greatest density?Q3. What are the possible causes for the difference in population density?
Answer:
1.The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.2.Monaco has the highest population density in the world, with a popultion density of 25, 718 people per square.3.Many human and physical factors affect population distribution and population density across the world. Physical factors that affect population density include water supply, climate, relief (shape of the land), vegetation, soils and availability of natural resources and energy.
7. Compare the distribution pattern of the three population.
1.The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.2.Monaco has the highest population density in the world, with a popultion density of 25, 718 people per square.3.Many human and physical factors affect population distribution and population density across the world. Physical factors that affect population density include water supply, climate, relief (shape of the land), vegetation, soils and availability of natural resources and energy.
8. how to compare the distribution patterns of the three populations
Answer:
Activity 2: Measuring Population Density
Figure 4.
Bermuda-58; Density = 1.52
Clover-15; Density = 0.39
Lilies-21; Density = 0.55
Density = Number of Individuals
Size of Area
Answer:
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.
Meanwhile, the lilies represents the clustered distribution because they form clumps of species together which is the result of unreliable resources.
Three Pattern of Distribution
Uniform
Clumped
Random
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Explanation:
9. 1. Compare the distribution patterns of the three populations.
Answer:
ito po Yung answer sana makatulong
Explanation:
correct me if I'm wrong
Compare the distribution patterns of the three populations.
Individuals in a population can be distributed in one of three ways: uniformly (equally spaced), randomly with no recognizable pattern (random dispersion), or clustered in groups (clumped dispersion).
10. 3. Count the total number for each population. Record the number in the table. Population No. of Organisms Density Name Questions: 1. Compare the distribution patterns of the three populations? an 2. Which population has the greatest density? 3. Infer from the recorded data for the possible causes for the difference in the population density? 4. What conditions could change the density of any of the population?
ANSWER
Bermuda grass _ 57 _ 0.16
Clover _ 15 _ 0.042
Lilies _ 21 _ 0.058
11. Q 3. compare the distribution patterns of the three populations.
Answer:
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.
Meanwhile, the lilies represents the clustered distribution because they form clumps of species together which is the result of unreliable resources.
Three Pattern of Distribution
1.Uniform
2.Clumped
3.Random
Explanation:
12. 1. compare the distribution patterns of the three populations.2. which population has the greatest density?yong matinong sagot please
Answer:
1.the three distribution pattern of the three populition are uniform, clumped and random2.Monaco led the ranking for countries with the highest pupolition density in 2020 with 26.,150.3residents per squre kilometeryan na ha yan naExplanation:
1. Yung NASA pic po at Ang number
2. The Bermuda grass has the greatest population density
Sana makatulong ito sayo
# Carry on Learning
13. Bermuda Grass has 2 Population Density and Cogon Grass has 5 Population Density and then the Makahiya Plant has 3 Population Density.Compare the distribution patterns of the three (3) populations.H E L P
Answer:
the bermuda grass population is the greatest then the Lily population .the clover population has the least number
14. 1. Compare the distribution patterns of the three populations.
Answer:
1)CLUMPED
2)RANDOM
3)UNIFORM
15. compare the distribution patterns of the three(3) populations.
Answer:
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.2.Monaco has the highest population density in the world, with a popultion density of 25, 718 people per square.3.Many human and physical factors affect population distribution and population density across the world. Physical factors that affect population density include water supply, climate, relief (shape of the land), vegetation, soils and availability of natural resources and energy.
16. Compare the distribution patterns of the three population
the patterns are uneven having a 50 gap.
17. activity 2 Measuring population densityQ3.Compare the distribution patterns of the three populations
Activity 2: Measuring Population Density
Answer:
Based on the figure, Bermuda have 58, Clover have 15 and Lilies have 21. There are three distribution patterns of the three populations:
Uniform Clumped RandomBermuda represents the uniform distribution. Lilies form clumps of species together while the Clover represents random distribution.
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18. compare the distribution patterns of three population
Answer:
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.
Compare the distribution patterns of three population
AnswerThe three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.#BRAINLY.PH19. Guide Questions:Q1. Compare the distribution patterns of the three (3) populations.Q2. Which population has the greatest density?Q3. What are the possible causes for the difference in population derQ4. What are the factors that could change the density of each populQ5. Describe how a population's density can be used to learn aboutpopulation.4.
Answer:
1. The Bermuda grass had the largest population And the second largest population is Makahiya plant while the least population is cogon.
2.Bermuda grass has the greatest population density
3.The possible causes are water supply, availability of natural resources and the space available
4. The population that could change the density of each population are water supply, availability of natural resources and the space available
5.(wala pa po akong sagot sa number 5 sorry po)
Explanation:
talagang pareha lang po ng sagot yung number 3 and 4
comment ko na lang po yung #5 pag may sagot napo ako
20. Compare the distribution patterns of the three population.
→ You can see Figure 4 in the picture below.
You can see:
Bermuda-58; Density = 1.52
Clover-15; Density = 0.39
Lilies-21; Density = 0.55
→ Density = Number of Individuals / Size of Area ←
The three populations' three distribution patterns are uniform, clumped, and random.The uniform in figure 4 is represented by the Bermuda grass. A uniform distribution makes the most of the available area.While clover symbolizes a random distribution due to its variable spacing.Lilies, on the other hand, serve as a metaphor for the clustered distribution since they group species together as a result of unstable supplies.Size and density are helpful indicators for describing populations. Scientists can learn more about species biology and ecology by observing how individuals are distributed in space. The geographic relationship between members of a population within a habitat can be seen in dispersion or distribution patterns. Patterns are frequently indicative of a specific species; they depend on the local environmental circumstances, the species' growth traits (as in the case of plants), or its behavior (as for animals).
A population's members can be dispersed in one of three fundamental ways: uniformly spaced apart (uniform dispersion), randomly dispersed without a discernible pattern (random dispersion), or clustered in clusters (clumped dispersion).
→ You can see the next Figure in the picture below.
In the next figure, there are three types of distribution patterns among populations of organisms: A population's distribution could be uniform, random, or clumped. Penguins and other territorial birds typically have a consistent distribution. Dandelions and other plants with wind-dispersed seeds typically have a random distribution. Animals that migrate in packs, like elephants, display clumped distribution.
In plant species that restrict the growth of neighboring individuals, uniform dispersion is shown. An illustration of negative allelopathy is the release of poisons by the sage plant, Salvia leucophylla. The toxins kill off the surrounding vegetation in a circle around each sage plant, resulting in an even spacing between them. Uniform dispersion is also present in animals with specified territories, such as nesting penguins.
Dandelion and other plants with wind-dispersed seeds that germinate wherever they fall in a good environment cause random dispersion. Plants that drop their seeds directly to the ground, like oak trees, or animals that gather in packs, like fish schools or elephant herds, exhibit clumped dispersion. Habitat heterogeneity may also lead to clumped dispersions. As with lions congregating around a watering source, organisms have a tendency to clump together in areas where favorable conditions are concentrated.
In this way, the distribution of individuals within a population tells us more about their interactions with on
another and their surroundings than does a mere assessment of density. When compared to social species that congregate in groups, solitary species with a random distribution may experience comparable difficulties in locating mates as lower-density species do.
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21. 5=20cm Monkey = 4 20x20=484 Wild pig = 5 Squirrel = a M: 4 Activity 7: Measuring of papular Guide Question: densit 484 W: 5 429 5. 3=? 2 papelor 484 2 =9 DATE: 1. Compare the distribution patterns of the three populations? 2. Which populution has the greatest density?
Answer:
5=20cm Monkey = 4 20x20=484 Wild pig = 5 Squirrel = a M: 4 Activity 7: Measuring of papular Guide Question: densit 484 W: 5 429 5. 3=? 2 papelor 484 2 =9 DATE: 1. Compare the distribution patterns of the three populations? 2. Which populution has the greatest density?
Explanation:
5=20cm Monkey = 4 20x20=484 Wild pig = 5 Squirrel = a M: 4 Activity 7: Measuring of papular Guide Question: densit 484 W: 5 429 5. 3=? 2 papelor 484 2 =9 DATE: 1. Compare the distribution patterns of the three populations? 2. Which populution has the greatest density?
22. Questions:1. Compare the distribution patterns of the three (3) populations.
Answer
uniform, clumped and random.
Explanation:
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing
23. compare the distribution patterns of the three (3) population
Answer:
Three Pattern of Distribution
1.Uniform
2.Clumped
3.Random
24. compare the distribution patterns of the three population
Answer:
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.
Meanwhile, the lilies represents the clustered distribution because they form clumps of species together which is the result of unreliable resources.
Three Pattern of Distribution
Uniform
Clumped
Random
Explanation:
i copy it on other answers sorry for that
25. Compare the distribution patterns of the three populations. Which one is distributed randomly? Clumped?
Answer:
Activity 2: Measuring Population Density
Figure 4.
Bermuda-58; Density = 1.52
Clover-15; Density = 0.39
Lilies-21; Density = 0.55
Density = Number of Individuals
Size of Area
Answer:
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.
Meanwhile, the lilies represents the clustered distribution because they form clumps of species together which is the result of unreliable resources.
Three Pattern of Distribution
Uniform
Clumped
Random
Explanation:
26. Compare the distribution patterns of the three populations. The Carabao grass is _________in number compared to Bermuda grass and Cogon grass.
The carabao grass is greater in number compared to Bermuda grass and Cogon grass.
27. compare the distribution patterns of the three populations brainly
Answer:
Thanks sa points
Explanation:
28. Guide questions:1. Compare the distribution patterns of the three populations. Which one isdistributed randomly? Clumped?2. Which population has the highest density? Lowest density?3. What could be the possible causes for the difference in the populationdensity?4.Can population density affects the needs and characteristics of population?
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.If you hover the mouse on the bracket from 0 to 10 on the legend then you see the world's least densely populated countries. Greenland is the least dense, with less than 0.2 people per square km2, followed by Mongolia, Namibia, Australia and IcelandPhysical factors that affect population density include water supply, climate, relief (shape of the land), vegetation, soils and availability of natural resources and energy. Human factors that affect population density include social, political and economic factors.The population density refers to the number of people per unit area which can be computed as square meter or kilometer. ... This is done to be able to properly assess the characteristics and real needs of the population so the programs to be created will surely answer the needs of the people in the place.
29. Q1. Compare the distribution patterns of the three populations.please give me answer 3 type
Answer:
The three distribution patterns of the three populations are uniform, clumped and random. In the figure 4, the Bermuda grass represents the uniform. Uniform distribution is an even distribution that maximizes the space. While Clover represents random distribution because they have unpredictable spacing.
30. measuring population density determine the pattern of population objects using mathematical formula compare the distribution pattern of the different populationScore16B. AnalysisActivity 3Measuring Population DensityObjectivesDetermine the patter of population distribution using mathematical formulaCompare the distribution patterns of the different populations.MaterialsRuler. Pencil S PaperLegendCarabao GrassCogon GrassBermuda GrassArea = LxW18 mA=LxWA= 18 mx 20 mA=ma20 mProcedure:1. Study the three patterns of population distribution in the figure above.2. Below is the formula for computing population density.Density = number of individuals Example: D50 Makalna plant = 0.14Size of area360 square meter3. Count the total number of population for each species. Then, using the formula.calculate the density of each population Record the data in the table.Population nameNumber of organismsDensityDe number of gass populationComputed Area
Answer:
is always on or above the horizontal axis
• has an area of exactly 1 underneath it
A density curve describes the overall pattern of a distribution. The area under
the curve and above any range of values on the horizontal axis is the proportion
of all observations that fall in that range.
are lines that show the location of the individuals along the
horizontal axis and within the range of possible values.
They help researchers to investigate the distribution of a variable.
Some density curves have certain properties that help researchers draw
conclusions about the entire population.
When describing data, always start with a graphical representation.
Graphs help identify the overall distribution pattern. Looking at a graph
makes it visually clear how spread a variable is, which values occur most
frequently, and whether or not the distribution is skewed.
Next, obtain more precise information by providing a numerical summary of
the data using the mean, median, range, five-number summary, and any
other appropriate information.
Some distributions are so regular that they can be described by a smooth
curve. Real data are represented in a histogram
When describing data, always start with a graphical representation.
Graphs help identify the overall distribution pattern. Looking at a graph
makes it visually clear how spread a variable is, which values occur most
frequently, and whether or not the distribution is skewed.
Next, obtain more precise information by providing a numerical summary of
the data using the mean, median, range, five-number summary, and any
other appropriate information.
Some distributions are so regular that they can be described by a smooth
curve. Real data are represented in a histogram
