Depends on where and how the jelly is applied. If the entire plant was covered in a thin layer of petroleum jelly transpiration would not be able to occur and the plant would eventually die; the jelly would allow sunlight to pass through so photosynthesis should still be able to take place.
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Petroleum jelly can clog the plant's stomata, which are tiny openings on the surface of leaves that are essential for gas exchange. This can inhibit the plant's ability to get the carbon dioxide it needs for photosynthesis. As a result, using petroleum jelly on plants can hinder their growth and overall health.
Water and petroleum jelly do not dissolve in each other, regardless of heating. Petroleum jelly is a hydrophobic substance that does not mix with water, as it is composed of hydrocarbons. Heating may alter the viscosity of petroleum jelly, but it won't enable it to dissolve in water.
Petroleum jelly typically freezes at around 50-60 degrees Fahrenheit (10-15 degrees Celsius).
Petroleum jelly, also known as petrolatum, is not water-based. It is a semi-solid mixture of hydrocarbons derived from petroleum, which is a non-polar substance. Water-based products contain water as the main ingredient, whereas petroleum jelly is oil-based and does not contain any water.
Coating the leaves with vaseline to block the stomata will lead to reduced gas exchange, which is essential for photosynthesis. As a result, the plant will struggle to produce energy and nutrients. Additionally, the trapped moisture and heat under the vaseline layer can create a favorable environment for fungal growth and disease, further compromising the plant's health.
No, it is a petroleum/wax/oil based compound. Electrons do not freely travel between molecules, in that, it's a dielectric. Similarly to the dielectric fluid in a transformer, petroleum jelly can be used as an insulator. It's thermal conduction isn't as good.