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An Empirical Formula Relating the Surface Area a (In Square

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An empirical formula relating the surface area A (in square inches)of an average human body to the weight w (in pounds)and the height h (in inches)of the person is A(w,h)= 15.64 An empirical formula relating the surface area A (in square inches)of an average human body to the weight w (in pounds)and the height h (in inches)of the person is A(w,h)= 15.64        . Find        and        .
An empirical formula relating the surface area A (in square inches)of an average human body to the weight w (in pounds)and the height h (in inches)of the person is A(w,h)= 15.64        . Find        and        .
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Find An empirical formula relating the surface area A (in square inches)of an average human body to the weight w (in pounds)and the height h (in inches)of the person is A(w,h)= 15.64        . Find        and        .
An empirical formula relating the surface area A (in square inches)of an average human body to the weight w (in pounds)and the height h (in inches)of the person is A(w,h)= 15.64        . Find        and        .
and An empirical formula relating the surface area A (in square inches)of an average human body to the weight w (in pounds)and the height h (in inches)of the person is A(w,h)= 15.64        . Find        and        .
An empirical formula relating the surface area A (in square inches)of an average human body to the weight w (in pounds)and the height h (in inches)of the person is A(w,h)= 15.64        . Find        and        .
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Definitions:

Petals

The colorful parts of a flower that are often involved in attracting pollinators.

Outermost Whorl

The first, typically outer layer of structures in a flower, usually made up of sepals that protect the developing bud.

Seedling

A young plant, especially one raised from seed and not from a cutting, at an early stage of development.

Germination

The process by which a plant grows from a seed or similar structure, often requiring specific conditions such as water, oxygen, and optimal temperature.

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