English please 🙏🙏🙏

here's the answer to part (b): b) 1. Specimen responsible for high yields of beans: The specimen responsible for high yields of beans is Nitrogen-fixing bacteria (e.g., Rhizobium* species). 2. Specimen responsible for damage to maize plants: The specimen responsible for damage to maize plants is the Maize stem borer (e.g., Busseola fusca or Chilo partellus* larvae). 3. Differentiation using observable features: Nitrogen-fixing bacteria: These are microscopic, single-celled organisms that are not visible to the naked eye. They are found within root nodules* on the roots of leguminous plants like beans. Maize stem borer: This is a macroscopic insect larva (caterpillar) that is visible to the naked eye. It has a segmented body, chewing mouthparts, and short legs, and is typically found boring inside the stems* of maize plants. 4. Adaptations for carrying out functions: Nitrogen-fixing bacteria (for high bean yields): Adaptation 1: They possess the nitrogenase enzyme complex*, which allows them to convert atmospheric nitrogen gas (N_2) into ammonia (NH_3), a form usable by plants. Adaptation 2: They form a symbiotic relationship with legume roots, creating root nodules*. Inside these nodules, the bacteria are provided with a protected, low-oxygen environment and carbohydrates from the plant, which are essential for the energy-intensive process of nitrogen fixation. Maize stem borer (for damaging maize plants): Adaptation 1: The larvae have strong, well-developed chewing mouthparts (mandibles)* that are adapted for boring into and feeding on the tough internal tissues of maize stems. Adaptation 2: Their cylindrical, elongated body shape* allows them to easily tunnel and move through the narrow passages they create within the maize stem, providing protection from predators and environmental factors while feeding. Drop the next question 📸