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BIOXII13: ORGANISMS AND POPULATION

344150 Verhulst-Pearl Logistic Growth is described by the equation and the integral form of the exponential growth equation is as follows

1

\frac{d N}{d t} = r N (\frac{K - N}{K}), N_{t} = N_{0} e^{r t}

2

\frac{d N}{d t} = r N, N_{t} = N_{0} e^{r t}

3

N_{t} = N_{0} e^{r t}, \frac{d N}{d t} = r N (\frac{K - N}{K})

4

N_{t} = N_{0} e^{r t}, N_{t} = N_{0} e^{n}

Explanation:

Verhulst-Pearl Logistic Growth is described by the equation $dN / dt = rN (K - N / K)$ , and the integral form of the exponential growth equation is as follows $N_{t} = N_{0} e^{rt}$ .

BIOXII13: ORGANISMS AND POPULATION

344151 The graph shows two types of population growth curves, $A$ is exponential and $B$ is logisitic, which one of the following growth model is considered as more realistic one?
supporting img

1 Exponential growth curve

2 Logistic growth curve

3 Z-shaped growth curve

4 All the above

BIOXII13: ORGANISMS AND POPULATION

344152 The density of a population in a given habitat during a given period, fluctuates due to changes in four basic processes On this basis choose the correct option to fill up A and B boxes in the given diagram.
supporting img

1

A =

Natality + Immigration,

B =

Mortality + Emigration

2

A =

Natality + Mortality

B =

Immigration + Emigration

3

A =

Birth rate + Death rate,

B =

Mortality + Emigration

4

A =

Natality + Emigration,

B =

Mortality + Immigration

BIOXII13: ORGANISMS AND POPULATION

344153 Exponential growth occurs when there is

1 No environmental resistance

2 A fixed carrying capacity

3 A great environmental resistance

4 resources are limited

BIOXII13: ORGANISMS AND POPULATION

344150 Verhulst-Pearl Logistic Growth is described by the equation and the integral form of the exponential growth equation is as follows

1

\frac{d N}{d t} = r N (\frac{K - N}{K}), N_{t} = N_{0} e^{r t}

2

\frac{d N}{d t} = r N, N_{t} = N_{0} e^{r t}

3

N_{t} = N_{0} e^{r t}, \frac{d N}{d t} = r N (\frac{K - N}{K})

4

N_{t} = N_{0} e^{r t}, N_{t} = N_{0} e^{n}

Explanation:

Verhulst-Pearl Logistic Growth is described by the equation $dN / dt = rN (K - N / K)$ , and the integral form of the exponential growth equation is as follows $N_{t} = N_{0} e^{rt}$ .

BIOXII13: ORGANISMS AND POPULATION

344151 The graph shows two types of population growth curves, $A$ is exponential and $B$ is logisitic, which one of the following growth model is considered as more realistic one?
supporting img

1 Exponential growth curve

2 Logistic growth curve

3 Z-shaped growth curve

4 All the above

BIOXII13: ORGANISMS AND POPULATION

344152 The density of a population in a given habitat during a given period, fluctuates due to changes in four basic processes On this basis choose the correct option to fill up A and B boxes in the given diagram.
supporting img

1

A =

Natality + Immigration,

B =

Mortality + Emigration

2

A =

Natality + Mortality

B =

Immigration + Emigration

3

A =

Birth rate + Death rate,

B =

Mortality + Emigration

4

A =

Natality + Emigration,

B =

Mortality + Immigration

BIOXII13: ORGANISMS AND POPULATION

344153 Exponential growth occurs when there is

1 No environmental resistance

2 A fixed carrying capacity

3 A great environmental resistance

4 resources are limited

BIOXII13: ORGANISMS AND POPULATION

344150 Verhulst-Pearl Logistic Growth is described by the equation and the integral form of the exponential growth equation is as follows

1

\frac{d N}{d t} = r N (\frac{K - N}{K}), N_{t} = N_{0} e^{r t}

2

\frac{d N}{d t} = r N, N_{t} = N_{0} e^{r t}

3

N_{t} = N_{0} e^{r t}, \frac{d N}{d t} = r N (\frac{K - N}{K})

4

N_{t} = N_{0} e^{r t}, N_{t} = N_{0} e^{n}

Explanation:

Verhulst-Pearl Logistic Growth is described by the equation $dN / dt = rN (K - N / K)$ , and the integral form of the exponential growth equation is as follows $N_{t} = N_{0} e^{rt}$ .

BIOXII13: ORGANISMS AND POPULATION

344151 The graph shows two types of population growth curves, $A$ is exponential and $B$ is logisitic, which one of the following growth model is considered as more realistic one?
supporting img

1 Exponential growth curve

2 Logistic growth curve

3 Z-shaped growth curve

4 All the above

BIOXII13: ORGANISMS AND POPULATION

344152 The density of a population in a given habitat during a given period, fluctuates due to changes in four basic processes On this basis choose the correct option to fill up A and B boxes in the given diagram.
supporting img

1

A =

Natality + Immigration,

B =

Mortality + Emigration

2

A =

Natality + Mortality

B =

Immigration + Emigration

3

A =

Birth rate + Death rate,

B =

Mortality + Emigration

4

A =

Natality + Emigration,

B =

Mortality + Immigration

BIOXII13: ORGANISMS AND POPULATION

344153 Exponential growth occurs when there is

1 No environmental resistance

2 A fixed carrying capacity

3 A great environmental resistance

4 resources are limited

BIOXII13: ORGANISMS AND POPULATION

344150 Verhulst-Pearl Logistic Growth is described by the equation and the integral form of the exponential growth equation is as follows

1

\frac{d N}{d t} = r N (\frac{K - N}{K}), N_{t} = N_{0} e^{r t}

2

\frac{d N}{d t} = r N, N_{t} = N_{0} e^{r t}

3

N_{t} = N_{0} e^{r t}, \frac{d N}{d t} = r N (\frac{K - N}{K})

4

N_{t} = N_{0} e^{r t}, N_{t} = N_{0} e^{n}

Explanation:

Verhulst-Pearl Logistic Growth is described by the equation $dN / dt = rN (K - N / K)$ , and the integral form of the exponential growth equation is as follows $N_{t} = N_{0} e^{rt}$ .

BIOXII13: ORGANISMS AND POPULATION

344151 The graph shows two types of population growth curves, $A$ is exponential and $B$ is logisitic, which one of the following growth model is considered as more realistic one?
supporting img

1 Exponential growth curve

2 Logistic growth curve

3 Z-shaped growth curve

4 All the above

BIOXII13: ORGANISMS AND POPULATION

344152 The density of a population in a given habitat during a given period, fluctuates due to changes in four basic processes On this basis choose the correct option to fill up A and B boxes in the given diagram.
supporting img

1

A =

Natality + Immigration,

B =

Mortality + Emigration

2

A =

Natality + Mortality

B =

Immigration + Emigration

3

A =

Birth rate + Death rate,

B =

Mortality + Emigration

4

A =

Natality + Emigration,

B =

Mortality + Immigration

BIOXII13: ORGANISMS AND POPULATION

344153 Exponential growth occurs when there is

1 No environmental resistance

2 A fixed carrying capacity

3 A great environmental resistance

4 resources are limited

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