The weight of 1 litre of transformer oil can vary depending on its specific gravity, which typically ranges from 0.84 to 0.89. To convert volume to weight, you can use the formula: weight = volume x specific gravity. Therefore, for transformer oil with a specific gravity of 0.84, the weight of 1 litre would be approximately 0.84 kg, and for oil with a specific gravity of 0.89, it would be around 0.89 kg.
1 litre of furnace oil will have a mass of 0.998 kg. The temperature of the oil is irrelevant.
Oil is slightly less dense than water and a litre of water weighs a kilogram. It would be less than a kilogram, but by how much depends on the type of oil.
You need liquid density ( kg per litre ) > Some example densities ( kg per litre) Water = 1.0 Petrol = 0.737 Beer = 1.01 Kerosene = 0.82 Paraffin = 0.8 > 1 US gallon = 3.7854 litres, then * density of liquid ( kg per litre ) = kgs or: 1 UK gallon = 4.5461 litres, then * density of liquid ( kg per litre ) = kgs
Litres is a measure of volume - the size in space, while oz measure mass and weight. Water has a mass of 1 kg per litre.
Density = 10 kg / 5 litres = 2 kg per litre.
The weight of 462 kg of transformer oil is 462 kg. Transformer oil has the same weight in kilograms as the quantity measured.
1 litre of furnace oil will have a mass of 0.998 kg. The temperature of the oil is irrelevant.
The weight of 1 litre of cooking oil is approximately 0.92 kg. So, 20 litres of cooking oil would be roughly 18.4 kg (20 x 0.92).
1KG of transformer oil will sum up to 0.815litres.
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There are 1135 litres of cooking oil to the tonne.
1liter of olive oil = 0,92kg1 litre of water = 1 kgNot plural (kilograms), not even 1.0 kg, but less than 1.0 kg in one litre of olive oil.
Not sure about 1 litter, but the mass of 1 litre of sesame oil is approx 0.922 kg.
A Kg or Kilogram is a fixed measurement, the weight of a litre of water or approximately 2.2046 pounds.
mWH = ( SGWH ) ( mWA ) = ( 0.93 ) ( 1.0 kg / L ) = 0.93 kg
With a simple balance you can find the weight (weight = mass in this case) of air. I propose the following method. Take the weight of the container (suppose it is a 1 litre container). And the weight is x kg. Take weight of the container full of water, say it is y kg. Weight of 1 litre of water is 1 kg. So the weight of the container is 'y -1' kg. So the weight of the air in it is 'x - y +1' kg. It should be around 1.2 gm.
A 209 litre drum of hydraulic oil typically weighs around 200-250 kg, depending on the specific type and density of the oil.