Summary of Reacciones de Descomposición (paso a paso)

00:00:00 - 00:05:00

In this video, we see a chemical reaction of decomposition, where a single item decomposes into multiple more items. This process is called a reaction of decomposition, and it's what happens when we have one thing. The various elements that are produced are called reactants, and the thing that's decomposing is called the substrate. In this example, the substrate is metal, and the reactants are bismuth and nitrogen.

• 00:00:00 In this video, we will perform some chemical reactions that are of the type of decomposition, which means that we have a single component and the reaction will be several of them. This equation or model to follow says that we have the component of bird and they separate into y and we are going to require this formulario this formulario you're seeing below I'm going to leave it here in the description of the video. It's to take numbers that are necessary at the moment of doing the exercises and I'll explain quickly with my periodic table what follows in blue and pink in chemistry it's called metal and what you see in gray is very little, it's a metal called an alloy. We begin with this component and as theory I'll explain quickly what all that ends in oxygen chemical, except for water a component that has two elements or substances and the last one is oxygen, it's called an oxide and you can see that it's in gray color, it's one metal and the non-mental ones are joined with the metals aluminum is one of them, so I told you awhile ago what you see here in color blue and pink is a metal and the aluminum is in color pink and the oxygen is a no metal because it's in
• 00:05:00 In this video, we see a reaction of decomposition: a single item decomposes into multiple more items. The process is called a reaction of decomposition, and it's what happens when we have one thing. The various elements that are produced are called reactants, and the thing that's decomposing is called the substrate. In this example, the substrate is metal, and the reactants are bismuth and nitrogen. The metal is always written at the beginning of the formula, and the nitrogen is written in gray. We separate the bismuth and nitrogen always first, and remember that this train doesn't go in between them and this 5 doesn't go in between nitrogen because that's not how it works. The numbers that we need to put in and check are the ones in this table, and here bismuth doesn't have a number but nitrogen does. The minutes need to be balanced here, and there's only one because there's no number for nitrogen, and here we have two because there are three to six. Then, I add the big numbers here, and you feel the chemical balance. For reaction no. 3, I'm going to finish this video with an exercise, and no. 4 has a metal that