Solution - Agricultural Engineering PDF Download

A triangular DRH due to a storm has a time base of 80 h and a peak flow of 50 m3/s occurring at 20 h from the start. If the catchment area is 144 km2, then the rainfall excess in the storm is ________ cm.
    Correct answer is '5'. Can you explain this answer?

    Ref: https://edurev.in/question/482379/A-triangular-DRH-due-to-a-storm-has-a-time-base-of-80-h-and-a-peak-flow-of-50-m3s-occurring-at-20-h-

    1. Solution - Agricultural Engineering
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    FAQs on Solution - Agricultural Engineering

    1. What is agricultural engineering and what does it involve?
    Ans. Agricultural engineering is a branch of engineering that applies engineering principles and technology to agricultural production and processing. It involves the design, development, and improvement of machinery, equipment, systems, and processes used in agriculture, such as irrigation systems, farm machinery, and food processing facilities.
    2. How does agricultural engineering contribute to sustainable agriculture?
    Ans. Agricultural engineering plays a crucial role in achieving sustainable agriculture by developing technologies and practices that minimize the environmental impact of farming. This can include the design of efficient irrigation systems to conserve water, the development of precision farming techniques to optimize resource usage, and the creation of renewable energy systems for agricultural operations.
    3. What are some challenges that agricultural engineers face in the field?
    Ans. Agricultural engineers face various challenges in their field, such as designing machinery and equipment that can withstand harsh agricultural environments, developing technologies that can adapt to climate change and water scarcity, and finding innovative solutions to improve crop yields while minimizing resource usage and environmental impact.
    4. How can agricultural engineering improve food safety and quality?
    Ans. Agricultural engineering plays a significant role in improving food safety and quality by developing technologies and systems to prevent contamination and ensure proper handling of agricultural products. This can include the design of food processing facilities with advanced sanitation systems, the development of efficient packaging and storage methods, and the implementation of quality control measures throughout the production and distribution processes.
    5. How can agricultural engineering contribute to the reduction of post-harvest losses?
    Ans. Agricultural engineering can contribute to the reduction of post-harvest losses by developing technologies and techniques for proper handling, storage, and processing of agricultural products. This can include the design of efficient transportation systems, the development of controlled atmosphere storage facilities, and the implementation of effective pest control methods to prevent spoilage and maximize the shelf life of harvested crops.
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