yes like hydrogen and oxygen. Nitrogen and Toluene. Nitrogen and Glycerine.
Technically yes, But mercury is an element ... so the molecules consist of only a single atom.
Many explosive devices consist of a primary and a secondary explosive. The primary consists of a small amount of an explosive that is very easily set off. The primary creates a small explosion that sets off the secondary explosive, which consists of a material that is much harder to set off; usually a primary explosive is the only way. The secondary explosive provides most of the energy of the device, with the primary simply being a trigger. The use of primary and secondary explosives allows for explosive devices that are less likely to go off accidentally.
A mixture of substances that may explode under the right circumstances. Powdered flour dispersed thru air will explode if a spark is present. Gunpowder is an explosive mixture, not a compound. Nitroglycerine is NOT an explosive mixture. It is an explosive compound.
The smallest atom is hydrogen.
Combustion, which is part of thermodynamics.
The name for an explosive device caused by the split of an atom is an atom, or atomic bomb. It was used on Nagasaki and Hiroshima in WWII to end the war.
No, a single atom is an element. Combinations of single atoms form compounds.
it means the atom has mutated making it explosive
Titanium is not an an explosive for any types of bombs.
Berkelium itself is not explosive. It is a radioactive element that is primarily used for research purposes. However, combinations of berkelium with certain other elements could potentially result in explosive compounds.
An element is not a mixture because elements are made up of one type of atom and mixtures are combinations of different substances.
Unlike the idiot who said, "Figure it out you lazy jerk!" I will give you the real answer... The combinations that form the ionic bonds are, metal atoms and nonmetal atoms. Strong electrostatic forces of attraction between oppositely charged ions.
An 'atom' contains only protons, neutrons and electrons, and the number of those determine what element or isotope of that element the atom is. It is therefore impossible to say an atom can 'contain' an element.
The first Atom Bomb dropped on Hiroshima was called "Little Boy". It weighted about 9,700 pounds and used about 141 pounds of Uranium-235 to generate an explosive blast roughly equal to about 15,000 tons (or 30 million pounds) of conventional TNT explosive. The second Atom Bomb dropped was on Nagasaki. It was called "Fat Man". It weighed about 10,300 pounds and used about 14 pounds of Plutonium-239 & 240 to generate an explosive blast roughly equal to about 21,000 tons (or 42 million pounds) of conventional TNT explosive.
The proton is a subatomic particle found in the nucleus of an atom. It carries a positive electric charge equal in magnitude to that of the electron, thereby balancing the negatively charged electrons in the atom. Together with neutrons, which have no charge, protons form the nucleus of an atom.
No, "atom bomb" and "atomic bomb" refer to the same type of explosive device that derives its destructive power from nuclear fission reactions. Both terms are used interchangeably to describe the same technology.
The atom