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.
The weight of MC30, a type of motor oil, typically ranges from 0.85 to 0.9 kg per liter, depending on its specific formulation and additives. For precise information, it's best to refer to the manufacturer's specifications for the exact product you have in mind.
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.
The oil should be greater than 100M Ohms resistance. If a flash over occurs within the transformer the oil has to be replaced
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).
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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.
1KG of transformer oil will sum up to 0.815litres.
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.