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    How many kilograms are in 113 liters?

    "Liters to Kilograms" Calculator
    How many kilograms in
    L

    How many kilograms are in 113 liters?

    Answer

    It depends on the density of the substance:
    from 57.6 kg (LPG) to 226 kg (sand)

    The question does not name a substance, and there is no single number for it: a liter fixes the volume, the weight comes from the density. For instance, 113 liters of water is 112.8 kg, while 113 liters of gasoline is 83.6 kg. The table below covers every substance.

    Why a liter has no single weight

    A liter measures volume, a kilogram measures mass, and density is what ties them together: how many kilograms one liter of this particular substance comes to. The coincidence that makes people treat them as one thing is historical — in 1795 the gram was defined as the mass of one cubic centimeter of water, so a liter of water weighed a kilogram by construction. For anything else the equality breaks.

    The extremes of this page make it obvious: one liter of LPG weighs 0.51 kg, while one liter of densely packed sand weighs 2 kg — four times more at the very same volume.

    The other way round: how much room a kilogram takes

    This page starts from a volume and answers in kilograms. The opposite question — how many liters a given mass comes to — is what the kilograms to liters calculator is for. Both read the same density table, so the two pages agree wherever the answer is volume times density.

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    113 liters to kg — how much does it weigh?. 113 liters weighs from 57.6 to 226 kg depending on the substance. Water: 112.8 kg.
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    How much 113 liters of each substance weighs

    SubstanceMassDensity, kg/L
    Beer114.1 kg1.01
    Cement141.3–158.2 kg1.25–1.4
    Coal73.9–143.1 kg0.654–1.266
    Cucumbers70.1–72.3 kg0.62–0.64
    Diesel94.2 kg0.834
    Gasoline83.6 kg0.74
    Honey160.5 kg1.42
    Juice119.8 kg1.06
    LPG57.6 kg0.51
    Milk116.4 kg1.03
    Mineral spirits88.1 kg0.78
    Motor oil96.1 kg0.85
    Sand186.5–226 kg1.65–2
    Soil146.9–169.5 kg1.3–1.5
    Sugar81.4–101.7 kg0.72–0.9
    Tomatoes62.2–67.8 kg0.55–0.6
    Vegetable oil104 kg0.92
    Wall primer113 kg1
    Water112.8 kg0.998

    About "Liters to Kilograms" Calculator

    This calculator converts liters to kilograms through the density of the substance: mass equals volume times density. A liter on its own has no weight — a liter of water weighs almost exactly a kilogram, a liter of honey close to one and a half, and a liter of gasoline about three quarters. For example, it can help you find out how many kilograms are in 113 liters? For bulk materials — cement, sand, soil, coal, vegetables — density depends on how the material is packed, so the page prints a range and names the state it was measured in, instead of passing one number off as a physical constant.
    "Liters to Kilograms" Calculator
    How many kilograms in
    L

    FAQ

    How many kilograms are in 113 liters?

    It depends on the density of the substance: from 57.6 kg (LPG) to 226 kg (sand)

    Why does 113 liters not have one weight?

    Because a liter measures volume and a kilogram measures mass, and what connects them is the density of the substance. The volume stays the same while the weight does not: across the table below it runs from 57.6 to 226 kg. That is why this page answers with a table, and gives a single number only once the substance is named.

    How much does 113 liters of water weigh?

    Water is the closest thing to the everyday rule that a liter equals a kilogram: 113 liters of water weighs 112.8 kg. The density of water at 20 °C is 0.998 kg/L, two thousandths short of one kilogram per liter. It is an example, not the answer to the question in the title — every other substance gives a different number, and those are in the table.

    What is the heaviest and the lightest at this volume?

    The lightest is LPG at 57.6 kg, the heaviest is sand at 226 kg. For bulk materials the upper figure assumes dense packing: sand gains about a fifth, soil about a seventh and cement about an eighth depending on whether it was settled or poured loose.