A cubic foot of corn oil weighs about 28.136 kg or a bit under 62.4 pounds.
Water has a fixed density (depending on temperature), and it is more dense than corn oil by a little bit. If corn oil is added to water, the density of the mixture will decrease. This applies to "room temperature" water and oil. No one should be pouring hot oil into water.
Corn syrup has the highest density among the liquids listed.
There are about 2571 grams of corn oil in a gallon. That's about 90.7 ounces, or 5 pounds and 10.7 ounces. That assumes a density of 0.923 for corn oil.
Corn syrup has more density: about 1.360 g/ml. Vegetable oil is about 0.89 g/ml.
Yes, corn oil will sink in mercury. This is because corn oil has a lower density than mercury, which is much denser than water and most oils. Since mercury is a heavy metal, it will not mix with corn oil, leading to the oil floating on top rather than sinking. Therefore, corn oil will not sink in mercury; rather, it will remain buoyant.
No, you should not use corn oil for a homemade lava lamp. Corn oil is not ideal for creating the lava lamp effect due to its density and chemical composition. It's better to use mineral oil or vegetable oil for better results.
corn oil is made out of germ of corn.
What is that sample's mass? In order to calculate density, you need volume (which you have given) but you also need mass. The formula for calculating density is D=M/V where M is mass and V is volume.
corn oil is more dense
Corn oil is all fat. There are no glucose sugars in corn oil or any other oil.
A toy plastic block will float at different levels in vegetable oil, water, and corn syrup due to the varying densities of these liquids. The block will float higher in vegetable oil, which is less dense than water, and may float lower in corn syrup, which is denser than both water and vegetable oil. The specific level at which the block floats depends on the density of the liquid relative to the density of the block.
Corn oil comes from the corn kernels themselves.