Summary of Reacciones Químicas de Síntesis o Combinación

00:00:00 - 00:15:00

This video discusses the chemical reactions of synthesis or combination, and provides examples of how these reactions work. Aluminium and oxygen combine to form alumina, while potassium and oxygen combine to form lattice. The video also explains that when iron and chlorine are combined, the result is steel.

• 00:00:00 This video explains the types of chemical reactions known as synthesis or combination. These reactions occur when you have two elements or compounds and produce one. They are called combination or addition reactions because these two elements or compounds are combined. The first example is aluminum and oxygen. Take a look at this: aluminum and oxygen are both single components or elements, and this is always the case when you have only one of them. You will always live and have alumina and oxygen, but the numbers given to you originally (e.g. 2) are not always written when you respond to questions or see products. You add them together with the help of this table, which I attach to this video. Aluminum has a positive value of 3 on the table, so it always goes to the beginning. Oxygen has a negative value of 2, so it goes to the end. The aluminum and oxygen are combined, and the number given to the reaction is 3 (aluminum goes to the middle, and oxygen goes to the end). This is the answer to the chemical reaction. Whenever you don't forget the metals, they are found in this part of the table in red or blue. These are the metals always when you join them. In my periodic table, they
• 00:05:00 This video discusses the chemical reactions of synthesis or combination, and provides examples of how these reactions work. Aluminium and the 4 3 and 2 go to the subsection "b" In subsection "b", the reactions are exactly the same. They are a combination reaction, and you have one thing and one thing, a potassium and an oxygen, doesn't matter the number of potassiums, oxygens combine to give you the answer "lattice" and "side". Now, we're going to place the numbers that this table provides us. These numbers provide the oxidation numbers and according to this table, the potassium has a value. Topic 1 is always placed in the positive position and the oxygen never goes un-used. It always has a value according to this table, as less than 2 is given. That's the answer, you only need to combine the numbers and the potassium will drop the oxygen, and the oxygen will drop the potassium. The answer is "face" and "side" . Now, we're going to place the numbers that this table provides us. These numbers provide the oxidation numbers and according to this table, the potassium has a value. Topic 1 is always placed in the positive
• 00:10:00 The video discusses the chemical reactions that occur when synthesis or combination occurs. It explains that when two elements are combined, one will form an oxide, which is a metal with oxygen. The example given is magnesite, which is a metal because it is in the second column of the periodic table and has a positive value for its magnesium content. The video also discusses nitrides, which are not metals. Nitrides have a negative value for their nitrogen content, and when they are combined, they form a salt. The last part of the video explains that when iron and chlorine are combined, the result is steel.
• 00:15:00 This video discusses the reactions that can occur when molecules are synthesized or combined. The video explains that there are two types of reactions that can happen: oxidation reactions, where one molecule loses electrons, and reduction reactions, where one molecule gains electrons. The video points out that oxidation reactions are usually negative, with only a single less than 1, while reduction reactions can have many values. The video then provides examples of both types of reactions, and recommends that you take the largest number. In the example of oxidation, adding a 3 to the Hierro Gobierno (iron government) yields a Hierro 3 (iron 3), while adding a 2 to the Cloro nos produce el Hierro (chlorine produces iron) yields a Hierro 2 (iron 2). The video then recreates the equations for these two reactions, and illustrates how the 3 and 2 from the Hierro 3 and Cloro nos produce el Hierro (iron 3 and chlorine produces iron) would be combined to yield a Hierro Gobierno (iron government). Finally, the video provides a demonstration of how to calculate the result of a reaction like this. By adding 3 to the Hierro Gobierno (iron government) and 2 to the Cloro nos produce el Hierro (