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    Which of the following is not a factor in deciding the proper frequency for the most satisfactory and economical approach to garbage collection from t
    Question



    Which of the following is not a factor in deciding the proper frequency for the most satisfactory and economical approach to garbage collection from the source?

    A.

    Amount of waste

    B.

    Climate

    C.

    Public interest

    D.

    Time required to decompose the waste

    Correct option is D


    1. Amount of Waste:
    · Relevant factor.
    · The total quantity of waste generated at the source directly affects how frequently it needs to be collected to avoid accumulation.
    2. Climate:
    · Relevant factor.
    · The climate, especially temperature and humidity, impacts waste decomposition and odor generation, influencing the frequency of collection.
    3. Public Interest:
    · Relevant factor.
    · Public feedback and satisfaction often play an indirect role in deciding waste collection schedules, especially in urban areas where proper waste disposal is essential for health and hygiene.
    4. Time Required to Decompose the Waste:
    · Not a relevant factor.
    · Garbage collection does not depend on the decomposition time since the collection frequency is based on waste volume, climate, and logistical considerations, rather than how long it takes waste to decompose.
    Thus, Option (4) "Time required to decompose the waste" is not a factor in determining the frequency of garbage collection.
    Information Booster: 1. Factors Influencing Garbage Collection Frequency:
    · Waste Type: Organic (biodegradable) vs. inorganic (non-biodegradable).
    · Population Density: Higher population areas generate more waste, requiring frequent collection.
    · Climatic Conditions: Hot, humid areas require faster collection to prevent odor and pests.
    2. Challenges in Garbage Collection:
    · Cost of operations (labor, fuel, and maintenance).
    · Ensuring segregation at the source for recyclable and non-recyclable waste.
    · Logistical constraints in rural or remote areas.
    3. Strategies for Optimization:
    · Use of waste compactors to reduce the number of collection trips.
    · Awareness campaigns for reducing waste generation.
    · Smart scheduling based on predictive analytics for waste collection.
    Additional Knowledge: · Waste Segregation: Effective segregation of organic and recyclable waste can reduce collection frequency for non-biodegradable waste.
    · Climate and Waste Collection:
    · In cold climates, waste decomposes slowly, reducing the urgency for frequent collection.
    · In tropical climates, frequent collection is necessary due to rapid decomposition and odor issues.
    · Automation in Waste Collection:
    · Many cities are implementing smart bins with sensors that notify collection vehicles when the bin is full, optimizing collection schedules.

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