To float in olive oil the box needs to displace a volume of olive oil that has the same mass as the box - the less dense the oil (for example by being warmer) the more volume the box will need to displace to equal its mass. If it cannot displace a volume of olive oil that equals its mass, the box will sink. Or to put it another way, the box will float in olive oil as long as its density is less than that of the oil.
You need to find the density of the oil, from this you will be able to calculate the volume.
If we assume that the pipe is completely full of oil, it would just be the volume of the pipe = pi * r2 * l, where pi = 3.14159, r = radius, and l = length of the pipe. If the pipe is not full, then multiply the volume by the percentage of oil in the pipe. For example, if 50% full, then multiply by .5. If the pipe bends, take into account the different volume of the bend. If the bend is 90 degrees, this can be accomplished by taking the average length of the two bent segments for the length.
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For example, many liquids are purchased by the volume: things such as gasoline, milk, soda drinks, cooking oil, etc. are regularly sold by the liter.
Oil is generally liquid at room temperatures so it has definite volume.
The volume is the ratio Mass/Density. You need the density of this oil to calculate the volume. Or - weight 75 g oil in a graduated cylinder and read the volume.
1part by volume of oil to 40 parts by volume of gas.
Water milliliter and oil milliliter are the same unit of measurement, and both measure volume. However, they represent different substances - water milliliter measures volume of water, while oil milliliter measures volume of oil. This means that 1 milliliter of water will have a different volume and mass than 1 milliliter of oil.
Mixed by volume and by ratio.
Above the bubble-point pressure, the oil formation volume factor decreases. This is due to the expansion of gas released from the oil as pressure decreases, causing the volume of oil to increase for a given mass.
When oil is heated, its volume increases due to thermal expansion. This is because the heat causes the oil molecules to move faster and spread out, leading to an overall increase in volume. Additionally, the expansion of the oil can also be attributed to the decrease in its density as it becomes less dense when heated.
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The total volume of the mixture will be 101 ml, as it is the sum of the volumes of water and oil. Oil and water do not mix at a molecular level, so they will not form a new compound with a different volume.
The density of the oil is 0.8 g/mL. Density is calculated by dividing the mass (4000g) by the volume (5000mL).
A high volume oil pump can help keep a rod bearing from "touching" the crankshaft when the engine is running at high RPM. A high volume oil pump is also helpful when bearings become worn.
The percentage volume of the wood above the surface of the oil can be calculated by comparing the densities of the wood and oil. Since the relative density of the wood is lower than that of the oil, the wood will float with a portion of its volume above the surface. The percentage volume above the surface can be found using the equation: (1 - relative density of wood / relative density of oil) * 100%.