yes, but it is likely that it won't last very long. Of course though, the sun may not be a planet but it is made of explosive compounds.
Of the elemental gases and under normal conditions, hydrogen is explosive in the presence of air or oxygen. Under normal conditions there are a large number of inorganic and organic compounds that are explosive gases. Methane, CH4, is explosive in the same way hydrogen is, and so it ethane, propane, butane, .... Gases that are explosive in and of themselves are the various compounds of Nitrogen: NO NO2 N2O2
Sugars and starch are organic compounds. But all organic compounds are not made of sugars and starch.
Ytterbium itself is not explosive. It is a rare earth metal that is typically stable under normal conditions. However, ytterbium compounds can be used in high-energy materials or explosives due to their unique properties.
Semtex explosive is typically made from a mixture of the explosive compound RDX, plasticizer, and binder. Additional ingredients may include mineral oil and stabilizers.
No. Substances are made of atoms. Some atoms combine with other atoms to form compounds.
compounds
Yttrium itself is not explosive. However, yttrium compounds may exhibit explosive properties depending on their chemical composition and reactivity. It is important to handle yttrium compounds with care and adhere to proper safety protocols.
No, xenon is not explosive. It is a noble gas that is chemically inert and does not react easily with other substances to form explosive compounds.
It wouldn't exist. This planet itself is made up of chemicals, which make the compounds etc. from which the planet and everything on it are formed.
No, sulphur in the pure form is not an explosive.
Chlorine itself is not explosive; however, it can react with other substances to form explosive compounds. It is important to handle chlorine with care and follow safety protocols to prevent any potentially hazardous reactions.
Boron itself is not inherently explosive. However, some boron compounds, such as boron nitride or some boron-containing explosives, can be explosive under certain conditions.
Chlorine gas itself is not explosive, but it can react with certain substances to form explosive compounds. It is a highly reactive and toxic gas that can cause respiratory issues and irritation if inhaled.
Forensic scientists analyze residue, debris, and damage patterns at the explosion site to determine what explosive was used. They may use techniques like mass spectrometry, chromatography, and X-ray diffraction to identify chemical compounds present in the remnants. By comparing the findings to known explosive compositions, they can identify the specific type of explosive used.
It is a man made element, radioactive, and has a very short half life (it becomes another element very quickly) Only very tiny amounts of it have every been made. Chemically, pure Lawrencium would not be an explosive.
sorry to be pedantic but should that be moon?
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.