[1] Water always moves from areas of lower salt concentration to areas of higher salt concentration. [2] In a way, it's like the chemical process of transpiration in a plant. Water's pulled up from the roots, in liquid form. It passes out, in vaporized form, through openings ka stomata in leaves. [3] It's the same with slugs. The liquid in their bodies crosses out into the higher salt concentrations in the air and on the dehydrating slug's body, as water vapor.
Putting salt on a slug completely dehydrates and kills the slug
(more than two) Chemical Energy Examples: Digestive process, batterys, photosynthesis, burning gasoline, burning wood, using TNT, fire works, putting salt on a slug, alchohol, fermintation, rusting. (all of those answers where aproved by my physical science teacher)
Chemical energy is the potential of a chemical substance to undergo a transformation through a chemical reaction or to transform other chemical substances. Examples of chemical energy are: the digestive process, batteries, photosynthesis, burning gasoline, burning wood, using TNT, fire works, putting salt on a slug, alcohol, fermentation, and rusting.
The salt leaches the fluids out of the slug, due to osmosis. The slug then dies of dehydration.
put the food ( mostly any fruit, vegtable, and dandelions) in the slug's cage and the slug will approach it and eat it.
put salt on it
Pour salt on it
Other salt water slugs.... They are cannibals
It's all caused by the principle of osmosis. Osmosis says that the concentration of minerals inside and outside of a membrane must be the same. When a watery slug cell comes into contact with pure salt, water seeps out of it to dilute the salt to the same concentration as in the cell, thereby draining all the cells and killing the slug.
Slug pellets or salt.
The slug can reach a velocity of Mach 7, so the amount of kinetic energy depends on the mass of the slug.
salt will kill slugs but leaves a nasty mess to clear up