High explosive
Basaltic Magma is typically forms when rocks in the upper mantle melt...Andesitic Magma is found along continental margins....Rhyolitic Magma forms when molten material rises and mixes with the overlying silica-and water-richcontinental crust...All 3 of them is a magma.
The pressure is low today.
I only know of it being either a fertilizer used in agriculture or explosive used in mining. I believe they both look similar (small round balls) but are of different grades with the mining grade being more refined and expensive. The mixture is an emulsion similar in character to mayonaise. It requires a high explosive detonator to realy the potential energy. The AN for explosives is called "prill" and only differs from the fertilizer by be manufactured to make the surface porous so the Fuel Oil can become intergarated intothe structure of the prill for increased explosive power.
Rhyolite is associated with explosive eruptions.
The silica content and the gas content of magma are two properties that determine what kind of volcano will form. Magma with low silica content and low gas content tends to form effusive, shield volcanoes, while magma with high silica content and high gas content tends to form explosive, stratovolcanoes.
Yes. It is a high explosive.
Explosives are classified by their sensitivity, energy output, and chemical composition. They can be grouped into categories such as high explosives (e.g., TNT, C4), low explosives (e.g., black powder, fireworks), and blasting agents (e.g., ANFO). These categories are further divided based on their intended use and potential hazards.
While we use several, you are probably thinking of Composition C4. It is composed of RDX explosive in a mix of a plastic binder. In Great Britain it is called PE-4. It is a low sensitivity explosive with high energy.
it's an explosive
C4
C4 is an explosive compound known as RDX that is coated with a plastic binder. The plastic basically serves as both an protector for the explosive, and as an malleable feature for it. Since the explosive has a coating of plastic over it, to set off C4, a blasting cap or wire is usually inserted into the explosive, and a jolt of electricity sent through it to set the RDX off.
A gram of C4 explosive produces approximately 6,700 joules of energy when detonated.
C4 is basically the explosive called RDX coated in a plastic binder. The role of the plastic binder is to both coat and protect the RDX, and also make the explosive malleable. Think of C4 as just an explosive in a plastic container.
C4 is a type of plastic explosive. It was first invented by Alfred Nobel in 1875 and was called gelignite.
C4 is an plastic explosive commonly used to demolish (blow up) old buildings and other unwanted structures. It's not commonly used or at all used in combat because it is a somewhat unwieldy explosive.
c4
c4