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    RUZCHEMISTRY
    The candle helps remove cooking smells from the air by not absorbing them itself. Instead, unburnt fractions of the candle wax combine with cooking odors, which are also charged particles, and more quickly precipitate them out of the air onto surfaces. This leaves less cooking smells remaining in the air to be smelled.

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    Assignment

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    RUZCHEMISTRY
    95 views1 page
    The candle helps remove cooking smells from the air by not absorbing them itself. Instead, unburnt fractions of the candle wax combine with cooking odors, which are also charged particles, and more quickly precipitate them out of the air onto surfaces. This leaves less cooking smells remaining in the air to be smelled.

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    The candle helps remove cooking smells from the air by not absorbing them itself. Instead, unburnt fractions of the candle wax combine with cooking odors, which are also charged particles, and more quickly precipitate them out of the air onto surfaces. This leaves less cooking smells remaining in the air to be smelled.

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    95 views1 page

    Assignment

    Uploaded by

    RUZCHEMISTRY
    The candle helps remove cooking smells from the air by not absorbing them itself. Instead, unburnt fractions of the candle wax combine with cooking odors, which are also charged particles, and more quickly precipitate them out of the air onto surfaces. This leaves less cooking smells remaining in the air to be smelled.

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
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    %)The candle does not absorb the smells ± the unburnt fractions from the wax combine with the cooking smells
    and precipitate them more quickly out of the air onto the surfaces of your kitchen. Less in the air to smell.

    The wax fractions are charged particles as are the cooking odors ± for the science of it. You would get similar
    results from burning a kerosene lamp or any other µheavy¶ liquid hydrocarbon fuel.

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