Population Growth
BIOXII13: ORGANISMS AND POPULATION

344136 \(\mathrm{dN} / \mathrm{dt}\) is

1 Rate of births
2 Rate of death
3 Change in population size
4 Carrying capacity
BIOXII13: ORGANISMS AND POPULATION

344137 Natality refers to

1 Number of individuals leaving the habitat
2 Birth rate
3 Death rate
4 Number of individuals entering a habitat
BIOXII13: ORGANISMS AND POPULATION

344138 Which population will increase fastest among all of the given population?
A. Population of elephants-has the intrinsic rate of natural increase is 0.1
B. Population of tigers -has the intrinsic rate of natural increase is 0.3
C. Population of birds -has the intrinsic rate of natural increase is 0.6
D. Population of rats -has the intrinsic rate of natural increase is 0.9

1 D
2 C
3 B
4 A
BIOXII13: ORGANISMS AND POPULATION

344139 In 2000, for each of the 14 million people present in a country, 0.036 were born and 0.016 died during the year. Using exponential equation, the number of people present in 2010 is predicted as

1 14 million
2 2.8 million
3 16.8 million
4 0.20 million
BIOXII13: ORGANISMS AND POPULATION

344136 \(\mathrm{dN} / \mathrm{dt}\) is

1 Rate of births
2 Rate of death
3 Change in population size
4 Carrying capacity
BIOXII13: ORGANISMS AND POPULATION

344137 Natality refers to

1 Number of individuals leaving the habitat
2 Birth rate
3 Death rate
4 Number of individuals entering a habitat
BIOXII13: ORGANISMS AND POPULATION

344138 Which population will increase fastest among all of the given population?
A. Population of elephants-has the intrinsic rate of natural increase is 0.1
B. Population of tigers -has the intrinsic rate of natural increase is 0.3
C. Population of birds -has the intrinsic rate of natural increase is 0.6
D. Population of rats -has the intrinsic rate of natural increase is 0.9

1 D
2 C
3 B
4 A
BIOXII13: ORGANISMS AND POPULATION

344139 In 2000, for each of the 14 million people present in a country, 0.036 were born and 0.016 died during the year. Using exponential equation, the number of people present in 2010 is predicted as

1 14 million
2 2.8 million
3 16.8 million
4 0.20 million
BIOXII13: ORGANISMS AND POPULATION

344136 \(\mathrm{dN} / \mathrm{dt}\) is

1 Rate of births
2 Rate of death
3 Change in population size
4 Carrying capacity
BIOXII13: ORGANISMS AND POPULATION

344137 Natality refers to

1 Number of individuals leaving the habitat
2 Birth rate
3 Death rate
4 Number of individuals entering a habitat
BIOXII13: ORGANISMS AND POPULATION

344138 Which population will increase fastest among all of the given population?
A. Population of elephants-has the intrinsic rate of natural increase is 0.1
B. Population of tigers -has the intrinsic rate of natural increase is 0.3
C. Population of birds -has the intrinsic rate of natural increase is 0.6
D. Population of rats -has the intrinsic rate of natural increase is 0.9

1 D
2 C
3 B
4 A
BIOXII13: ORGANISMS AND POPULATION

344139 In 2000, for each of the 14 million people present in a country, 0.036 were born and 0.016 died during the year. Using exponential equation, the number of people present in 2010 is predicted as

1 14 million
2 2.8 million
3 16.8 million
4 0.20 million
BIOXII13: ORGANISMS AND POPULATION

344136 \(\mathrm{dN} / \mathrm{dt}\) is

1 Rate of births
2 Rate of death
3 Change in population size
4 Carrying capacity
BIOXII13: ORGANISMS AND POPULATION

344137 Natality refers to

1 Number of individuals leaving the habitat
2 Birth rate
3 Death rate
4 Number of individuals entering a habitat
BIOXII13: ORGANISMS AND POPULATION

344138 Which population will increase fastest among all of the given population?
A. Population of elephants-has the intrinsic rate of natural increase is 0.1
B. Population of tigers -has the intrinsic rate of natural increase is 0.3
C. Population of birds -has the intrinsic rate of natural increase is 0.6
D. Population of rats -has the intrinsic rate of natural increase is 0.9

1 D
2 C
3 B
4 A
BIOXII13: ORGANISMS AND POPULATION

344139 In 2000, for each of the 14 million people present in a country, 0.036 were born and 0.016 died during the year. Using exponential equation, the number of people present in 2010 is predicted as

1 14 million
2 2.8 million
3 16.8 million
4 0.20 million