NO. Olive oil is more viscous than Mercury (meaning it has greater resistance, is stickier, pours "thicker"). Viscosity and density are not the same. Mercury is dense (13.534 g/mL), but is not viscous (1.526 cP). Olive oil has a much higher viscosity than Mercury (81 cP), but a much lower density (~0.92 g/mL).
Cooking oil is lighter than water. You can see this clearly. Take a glass of water,
pour some oil into it, and let it stand for a few minutes. The oil all rises to the top
of the water. In other words, it floats on the water, meaning that it's less dense,
or "lighter", than the water.
No, mercury is the heaviest liquid.
Cooking oil has a higher viscosity. Alcohol doesn't, thus it "floats" (more like lies) on the matter which is heavier. Also, oil isn't polar and water is therefore they don't mix
No, oil is lighter than antifreeze.
Oil is less dense than water.
No water is heavier then oil.
It dosent, waters density is lower then cooking oil, resulting in cooking oil floating on water
No, it is more dense than water and cooking oil.
yes
Yes, it is.
Cooking oil has a semi-thick viscosity. It is thicker than water.
Only objects with a density greater than density of mercury or oil.
10w40.
yes cooking oil is denser than water