since u cant buy fertilizer in large quantities anymore, i was thinkin maybe u can pour gasoline into a bucket of salt so the salt sucks it all up, then u got explosive salt!

Not really.

The salt will probably dissolve in or react with the gasoline, or both, and form highly unstable stuff. I've heard that some salts cause gasoline to form sodium-cycloalkanes, of which some are highly explosive and unstable.

The other thing that could happen is that the salt does absorb the gasoline, but the gasoline evaporates from the salt. This isn't a problem when you're lighting it pretty soon, but then again, you'd better use toilet paper instead of salt.

u sound like u never tried it.. maybe ill try a small amount first very carefully

first off ammonium nitrate is what is supposed to be used using salt will not work. if it did youd need a blasting cap and large booster charge it wont work.

Ofcourse I never tried it, when I want to do something like this, I usually just get my chemistry encyclopedia, I look some things up, and I decide if there could possibly be any satisfying result. When I think there's no such result, I don't even try it. I don't want my hands blown off when I'm just testing if something works.

yea, well fortunately im a very cautious person
ill look further into it before i hurt myself

i assure you sodium chloride has no explosive properties

Sodium chloride doesn't, but it might just form tetrasodium-cyclo-octane (or a tetra/penta/hexasodium of a longer carbon chain), and I've heard that's dangerous.

i soaked epsom salt (the stuff your mom soaks her feet in) with gasoline and let it sit till the gasoline evaporated then i lit it on fire it burned for like 10 mins

idk wat it would do if it was lit under pressure?

Man.
I remember trying this shit when I was 10 years old. Kids don't know shit these days.
Salt and Petrol!?!?
HA-HA-HA.

the salt will just fal to the bottom of the petrol being insoluble.
NaCl doens't have enough energy in the bond to cause any type of explosion.

You need to break covalent bonds for large explosions.