yes, because the salt makes the water heavier, so the water would be even more density, so the paper clip would be less dense than salt water
(I THINK) but it might not because of it's shape or texture
That, you'll really have to experiment.
Floatation works because of different densities of fluids. Dissolving salt into water makes the water more dense. However, at some point the water will no longer hold any more salt - pouring more will just cause it to sink to the bottom. This is when the liquid has become 'saturated.' At that point, the water will be as dense as it can be.
I do not now the exact answer to your question, and I doubt nobody will know until an experiment is conducted. If you do try, you will either get to see the paperclip float, or you'll be pouring salt in only to find it to sink to the bottom.
saltwater
Because salt is a corrosive chemical.
A paperclip attracts a magnet ,a magnet attracts a paperclip.
because of the oxide nuetrons combining with salt and the electrons more quickly dieing from salt
i think that ammoniaabecausee iht is moreeconcentrartedd than bleach!!(:
In saltwater. In saltwater.
A paperclip cannot rust because rust is the oxidation of iron or steel as a result with interaction with water or air. Therefore a paperclip cannot rust because it is made out of iron or steel. It is made out of aluminum.
no because of the carbon dioxide, it is impossible to rust
Yes, saltwater is corrosive for Iron and will cause Iron to rust.
saltwater
oil
Yes.
water
Yes, it actually rust's faster than in normal water.
because theres pee in it
It's not just saltwater that makes a nail rust, even water makes a nail rust. Rust is simply oxidation, it happens when oxygen comes into contact with something and creates a chemical reaction and creates "oxides". Iron + oxygen = Iron oxide (red rust on steel)
The saltwater air causes things to rust faster than non-saltwater air.