Soap, the metallic salt of a fatty acid, is a molecule that attaches to water at one end and lipids (fats and oils) at the other, thus solving the old problem of how to wash off oil since oil and water don't mix. The drawback is that the part that likes the oil also likes calcium, so if you have "hard" water (lots of dissolved minerals) you will wind up with a substance know as "soap scum." Detergents are a group of chemicals which imitate the water-oil aspect of soap, but don't care for calcium, so they don't build up scum. Their drawbacks are that they can be more expensive, harsher and can have unforeseen effects on the environment due to all the additional stuff manufacturers add to them. Clothing detergent, for example, often has ultraviolet dyes so the cleaned clothes will reflect more light and thus appear brighter.
do salt water have a affect on apple
There aren't different types of water (unless you count water with different levels of impurities, but in most cases the impurities will have the same effect as the salt, so it is just the purer water that needs more 'added' salt)
yes u can use de-ionized water and that makes a lighter cloud and the the density of the object used to cool it can effect it
there are not types of liquids there is the properties of liquids
yes
no. soap cannot be used in hard water
no
do salt water have a affect on apple
no they not
Only one type of water is water is H2O is pure. Each molecule of this pure substance has the same set of properties: Chemical Law number two!
There aren't different types of water (unless you count water with different levels of impurities, but in most cases the impurities will have the same effect as the salt, so it is just the purer water that needs more 'added' salt)
types of resources on earth
Different types of powder
there are may different types of bodies of water
This depends on the concentration of the ions H+ in water.
water
Soap and water react differently in both soft and hard water whereby soap works faster and detergent works slower and may not even lather.