Benzene 1 2 Dibromo 5 1 1 Dimethylethyl 3 Iodo

What is the name of this compound? It is not yet clear what you mean, so it is difficult to answer exactly. However, if you respond in ancient words like "Tiangong Kaiwu", you can do the following:
Today I don't know what kind of compound you are talking about. The compounds in the world are numerous and complex, with thousands of types. There is no clear description of their properties, sources, and uses, etc., so it is difficult to determine their names.
All things have their names. However, the name must be determined according to their characteristics, shapes, and production methods. Such as the art of smelting, different metals and their alloys have their own names. Copper and tin phase fusion into the genus of bronze, depending on the amount of tin, there are differences.
It is also like all kinds of herbs, each of which is named because of the place where it grows, its shape, and its efficacy. Those who are born in the shade and dampness of the mountain, with serrated leaves, and can relieve sores must have their name.
Therefore, if you want to know the name of this compound, please tell me in detail its color, taste, and state, where it was obtained, what it is used for, or its ingredients, preparation methods, etc., you can get its name and make it clear.

This compound has the following structural characteristics:
First, it has a specific carbon skeleton. In the case of common organic compounds, or the basic structure is built by carbon chains and carbon rings. For example, alkanes are formed by linear or branched carbon chains, while cycloalkanes contain closed carbon rings. Like cyclohexane, it is a six-membered carbon ring. Each carbon atom is connected by a single bond in a chair or boat configuration. Its structure is stable. Because the bond angle between carbon atoms is close to the tetrahedral bond angle, the tension is small.
Second, it contains characteristic functional groups. Functional groups are the key to determining the chemical properties of compounds. Take alcohols as an example, containing hydroxyl (-OH) functional groups, which have the characteristics of reacting with sodium metal to release hydrogen gas and undergoing esterification reactions. Like ethanol, the hydrogen in the hydroxyl group has a certain activity and can be replaced by sodium. Carboxylic acids contain carboxyl groups (-COOH), which are acidic and can be neutralized with bases and esterified with alcohols. Acetic acid can react with sodium hydroxide to form sodium acetate and water.
Third, there is a spatial configuration. For compounds containing chiral carbon atoms, there will be optical isomerization. Chiral carbon atoms are connected to four different atoms or groups, so that the compound has two mirror images of each other and cannot overlap, called enantiomers. Such as lactic acid, due to the presence of chiral carbon, there are two configurations of left-handed and right-handed, and its physiological activity may be different. In addition, double bonds or cyclic structures can lead to cis-trans isomerism. Such as 2-butene, due to the non-rotatable carbon-carbon double bond, there are two isomers, cis and trans, and the physical properties of the two are different.
Fourth, there are various atomic connection methods and bond types. The atoms are connected by covalent bonds, and the properties of single bonds, double bonds and triple bonds are different. Single bonds can be rotated around the axis, and double bonds and triple bonds limit the molecular configuration. For example, acetylene contains carbon-carbon three bonds, the molecules are linear, active in nature, and can undergo addition reactions. And the difference in the electronegativity of different atoms makes the covalent bonds polar, which affects the solubility and reactivity of compounds. For example, in halogenated hydrocarbons, the carbon-halogen bond is polar, the carbon band is partially positively charged, and the halogen atom is partially negatively charged, which makes the halogenated hydrocarbons prone to

This compound has various physical properties. Its color state or solid state, often crystalline, with delicate appearance, regular crystal shape, and unique luster. Under light, it can be seen flickering with faint light, as if the stars were scattered. The texture is solid, delicate to the touch and has a certain weight. When you hold it in your hand, you can feel its heavy texture.
In terms of solubility, it shows different performance in specific solvents. In water, the solubility may be limited, only a small amount is dissolved, and the solution is slightly cloudy; while in some organic solvents, such as ethanol and ether, the solubility is high, and it can quickly dissolve to form a clear solution, just like ice and snow merged into a warm current, quietly disappearing but actually existing in the solution.
Melting point is also an important physical property. During the heating process, when a certain temperature is reached, the compound begins to melt, and the melting point is quite fixed, which can be used as a basis for identification. When heated, the compound gradually turns from a solid state to a liquid state. This process is smooth and regular, just like the flow of fine sand in an hourglass, following a predetermined rhythm.
Its density also has characteristics. Compared with common substances, it may have a higher density. When placed in water, because its density is greater than that of water, it will slowly sink, such as stone entering water, which is stable and firm. This property can be used in the process of separation and purification to help accurately separate the compound from the mixture.
In addition, the conductivity of the compound cannot be ignored. In the solid state, it is almost non-conductive, like an insulator, making it difficult for current to pass through; but in the molten state or in an aqueous solution, it may conduct electricity, just like a sleeping conductor is awakened, exhibiting the ability to conduct electricity. This change is due to changes in the state of internal ions, laying the foundation for its application in the field of electricity.

This compound may have the following chemical properties:
First, acidic and alkaline. Or it contains dissociable protons, which exhibit acidity in aqueous solutions and can neutralize with bases to form salts and water. If it contains carboxyl groups (-COOH), hydrogen ions (H 🥰) can be released in the solution, which combine with hydroxide ions (OH) to form water and become carboxylate ions by themselves. On the contrary, if it contains basic groups such as amino groups (-NH ²), it can accept protons and is alkaline in an acidic environment.
Second, it has redox properties. If some elements in the molecule are in a lower oxidation state, they are easily oxidized when encountering strong oxidizing agents, and their valence increases, and they act as reducing agents by themselves. For example, if there are elements in a higher oxidation state, the strong reducing agent can be reduced, and the valence can be reduced.
Third, it has nucleophilic and electrophilic properties. If it contains atoms or groups with high electron cloud density, it is nucleophilic, and it is easy to attack atoms with low electron cloud density and undergo nucleophilic reactions. Like halogenated hydrocarbons, the electron cloud of carbon atoms connected to halogen atoms has low density and is electrophilic, and is easily attacked by nucleophilic reagents.
Fourth, it is stable. If the molecular structure contains a conjugated system, the electron delocalization reduces the energy of the system and enhances the stability. For example, benzene rings have special stability due to conjugated large π bonds, and are not prone to addition reactions and substitution reactions. If the chemical bond energy is large, the compound is relatively stable, and high energy is required to make it break and react.
Fifth, it is soluble. According to the principle of similarity compatibility, if the compound is a polar molecule, it is easily soluble in polar solvents such as water; non-polar compounds are easily soluble in non-polar solvents such as carbon tetrachloride. Hydrophilic groups such as hydroxyl (-OH) and carboxyl groups help to improve solubility in water; hydrophobic groups such as long carbon chains will reduce solubility in water.

This compound may be useful in many fields. Looking at the fields of farming, it may be used to generate grain and increase its yield. Make the harvest lush, the accumulation of grain in the warehouse, and relieve the people's worries about food. In the past, Shennong tasted hundreds of herbs and taught the people to farm. If you get the help of this compound, you will be able to make the five grains abundant and benefit all the people.
In the industry of craftsmanship, this compound may add color and strength to the utensils. Like the work of forging swords, with this material, the blade may be sharper and tougher, and it can be cut like mud to become a rare soldier. In ancient times, Moxie, the dry general, if you get this when you forge swords, the sword you cast will be more powerful, and you will defeat the enemy on the battlefield and defend your country.
Furthermore, in the path of a doctor, it may be used as medicine to heal wounds. It can heal all kinds of evil diseases and bring back the dead to life. Just like Hua Tuo's medical skills, if this compound is used as medicine, it may be able to expand the method of curing diseases and save more people who are suffering from diseases. Make the sick healthy and rejuvenated.
In the world of construction, this compound can strengthen bricks and earth, making the building strong and not afraid of wind and rain. Build palaces and temples, such as the Afang Palace and the Weiyang Palace. If you use this reinforcement, you can go through thousands of years without falling, and pass it on to future generations, showing the glory of the ancient people's construction.
Or in the art of alchemy, this combined thing may be able to participate in it and help alchemists seek the medicine of longevity. Although longevity is hard to find, it may be able to refine medicinal pills that are beneficial to the body and mind, adding a boost to the way of health. If you get this, you may have a new way of alchemy. In short, this combined thing contains endless possibilities in many fields such as farming, craftsmanship, medicine, construction, and alchemy.