Venation distributes water and nutrients throughout the leaf. The two main types are reticulate (net-like) and parallel. Explanation: Reticulate venation is typical in dicots, aiding in nutrient distribution across a larger surface, while parallel venation, common in monocots, supports long, ...

Monocots have one cotyledon in their seeds, parallel venation in leaves, and fibrous roots, while dicots have two cotyledons, reticulate venation, and taproots. Explanation: These differences help in categorizing plants, providing insights into their structure, nutrient storage, and root system, ...

Plants are classified into herbs, shrubs, and trees based on their stem type and height. Explanation: This classification helps differentiate plants by physical structure, where herbs have soft stems, shrubs have woody stems branching near the ground, and trees have ...

Examples include camels storing water and food to survive in deserts and deodar trees having conical shapes to let snow slide off in mountainous areas. Explanation: Adaptations are physical or behavioral changes that allow organisms to survive in their specific ...

A habitat is the natural environment where a plant or animal lives and meets its needs for food, water, shelter, and reproduction. Explanation: Each habitat provides specific resources and conditions for organisms to survive and adapt, which supports biodiversity in ...