the reason some oils become cloudy whe they are put in the fridge is because the fats in the oils have condinced and become a solid. if you have everl ieft bacon greese in a pan on the stove overnight and it truned white the oil is doing the same thing. there is no reason to be scared of the oil it will still use just fine. it is acually better beacsue you can get some extra fat out of the oil and make it more healthy. thanks for asking.
Yes, clouds can affect solar cooking by blocking sunlight, which reduces the efficiency of solar cookers. Light, thin clouds may still allow enough sunlight to pass through, making it possible to cook, while dense, thick clouds will significantly hinder the cooking process. Ideally, clear to partly cloudy skies are best for solar cooking, as they provide sufficient solar radiation for effective cooking.
No, it is more dense than water and cooking oil.
false
Venus has an atmosphere that is so thick and dense that it is always cloudy. The clouds are composed of sulfuric acid droplets that completely obscure the planet's surface from view.
Depending on the phase of the moon and how dense the clouds are you may see a diffuse light behind the clouds.
Water and juice are essentially the same. The juice has more parts per million in it, so it would be the most dense. Cooking oil is less dense than water, which is why it floats to the top of the water.
Your question is hard to answer for you have not made it clear what you are asking. The term "is less dense than?" is not a question. If you were to ask "What is less dense than snow or water?" That would be a correct question.
Density's role is to push the cloudy turbid water under the less dense surrounding water to start the turbidity currents
Yes. The bubbles of fluid heat up and expand causing them to be less dense than the clear liquid. That is why it floats. When it gets to the top it cools and shrinks and becomes more dense than the clear liquid.
True.##Gamer##
The hot dense planet with an acidic atmosphere is Venus. It is often the closest planet to Earth. That may be the answer, but the question is not totally clear.
to make it 'rise', have air pockets, not be dense