Lungs are found in some animals the other two are found in plants.
Roots and leaves are equally important to a plant. Without either one, it dies.
Actually, the roots of a Hurwitz polynomial are in the left half of the complex plain, not on the imaginary axis. As for the reason, that is because the polynomial is DEFINED to be one that has that kind of roots.
The flower is the odd one out because it is a reproductive structure of a plant, while the other options may refer to parts of a plant or non-plant entities. Unlike leaves, stems, or roots, which primarily serve the plant's growth and nutrient functions, flowers are specifically designed for reproduction and attracting pollinators. This distinct purpose sets flowers apart in the context of plant anatomy and function.
becuase the root was mean! nice one:) the real answer is a physical process called evapotranspiration in which the water the evapurates from the leaves creates a pulling force that draws the water from the roots to other parts of the plant
A flower is one part of a plant, as are roots, stems, leaves, etc.
Water moves from roots to leaves through a process called transpiration. Transpiration is the loss of water from a plant's leaves through tiny pores called stomata. This loss of water creates a negative pressure in the leaves, which pulls more water up through the plant's vascular system from the roots.
Roots serve as the structure that water and minerals enter into a plant...specifically by the root hairs. Water can only move one way in a root, and this one way movement creates something called root pressure. Roots also serve to anchor the plant in soil. Leaves have the job of capturing sunlight so that photosynthesis (the synthesis of glucose, from carbon dioxide and water) can occurs there.
Odd + even = odd
Both Canada and India are members of the British Commonwealth, which leaves Chile as the odd one out.
While xylem transports only in one direction...up, the phloem can move nutrients in either direction. The phloem gets nutrients from the roots to take up to the leaves to be used in photosynthesis and moves sugars and other nutrients produced from the photosynthetic process down to the roots for storage.
The tubes are called conductive tissues. There are two main groups: Xylem which transports water from the roots to the stems and leaves, and Phloem which transports the products of photosynthesis (sugars)primarily from the leaves to the rest of the plant
stems provide structure roots absorb nutrenients leaves collect sunlight