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Volume and surface area of a deer is 1,50,000 c $m^{3}$ and 19,000 c $m^{2}$ and of a squirrel is 625 c $m^{3}$ and 530 c $m^{2}$ . The area available for heat loss per c $m^{3}$ of squirrel will be approximately

Seven times more than the deer Eleven times less than the deer Three times more than the deer Eleven times more than the deer

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Mac Arthurs vision of five closely related species of warbles living on same tree were able to avoid competition and co-exist by behavioural difference. This is an example for</h2></div>

Volume and surface area of a deer is 1,50,000 c $m^{3}$ and 19,000 c $m^{2}$ and of a squirrel is 625 c $m^{3}$ and 530 c $m^{2}$ . The area available for heat loss per c $m^{3}$ of squirrel will be approximately

What do you means by potential natility? </h2></div>

Volume and surface area of a deer is 1

50 000 cm3 and 19

000 cm2 and of a squirrel is 625 cm3 and 530 cm2. The area available for heat loss per cm3 of squirrel will be approximately </h2></div>

Guest You need to login to ask any Questions from chapter Organisms-and-Populations of Biology-MCQS

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Volume and surface area of a deer is 1,50,000 cm3 and 19,000 cm2 and of a squirrel is 625 cm3 and 530 cm2. The area available for heat loss per cm3 of squirrel will be approximately

Seven times more than the deer

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The Living World

Biological Classification

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Animal Kingdom

Morphology of Flowering Plants

Anatomy of Flowering Plants

Structural Organisations in Animals

Cell : The Unit of Life

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Cell Cycle and Cell Division

Transport in Plants

Mineral Nutrition

Photosynthesis in Higher Plants

Respiration in Plants

Plant Growth and Development

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Breathing and Exchange of Gases

Body Fluids and Circulation

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Reproduction in Organisms

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Principles of Inheritance and Variation

Molecular Basis of Inheritance

Evolution

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Strategies for Enhancement in Food Production

Microbes in Human Welfare

Biotechnology Principles and Processes

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Mac Arthurs vision of&nbsp;five closely related species of warbles living on same tree were able to avoid competition&nbsp;<span>and co-exist by behavioural difference. This is an example for</span></h2></div>

Volume and surface area of a deer is 1,50,000 cm3 and 19,000 cm2 and of a squirrel is 625 cm3 and 530 cm2. The area available for heat loss per cm3 of squirrel will be approximately

What do you means by potential natility?<br> </h2></div>

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Organisms and Populations

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You need to login to ask any Questions from chapter Organisms-and-Populations of Biology-MCQS

Volume and surface area of a deer is 1,50,000 c $m^{3}$ and 19,000 c $m^{2}$ and of a squirrel is 625 c $m^{3}$ and 530 c $m^{2}$ . The area available for heat loss per c $m^{3}$ of squirrel will be approximately

Mac Arthurs vision of five closely related species of warbles living on same tree were able to avoid competition <span>and co-exist by behavioural difference. This is an example for</span></h2></div>

Volume and surface area of a deer is 1,50,000 c $m^{3}$ and 19,000 c $m^{2}$ and of a squirrel is 625 c $m^{3}$ and 530 c $m^{2}$ . The area available for heat loss per c $m^{3}$ of squirrel will be approximately