They're not related at all. For example-
Look at SALT (NaCl)
Na (Sodium) atoms are a soft metal. A DEADLY soft metal.
Cl (Chlorine) atoms are a yellow-green gas. A DEADLY yellow-green gas.
Together they make salt. Not so deadly.
Organic chemistry studies compounds based on the element carbon, often including hydrogen, oxygen, nitrogen, sulfur, and other elements. It focuses on the structure, properties, and reactions of these carbon-containing compounds.
a compound composed of all the same elements would be a pure element. not a compound! a compound is when there is 2 or more atoms chemically bonded together. different compounds do have similar properties - they all have 2 or more atoms of elements chemically bonded together and they often react in similar way too.
Silverware is not an element or a compound, but rather a collection of utensils made from materials such as stainless steel, silver, or other metals. These materials are often composed of elements that are combined to create the desired properties for the utensils.
Curium is reactive and can form compounds with the majority of nonmetals.
The oxide of a metal is a compound formed when a metal reacts with oxygen. It contains oxygen and the specific metal element as cations. Oxides of metals are often solid compounds and can have various properties and uses based on the specific metal involved.
No: The compounds more often have very different properties from those of the elements that form them.
Organic chemistry studies compounds based on the element carbon, often including hydrogen, oxygen, nitrogen, sulfur, and other elements. It focuses on the structure, properties, and reactions of these carbon-containing compounds.
a compound composed of all the same elements would be a pure element. not a compound! a compound is when there is 2 or more atoms chemically bonded together. different compounds do have similar properties - they all have 2 or more atoms of elements chemically bonded together and they often react in similar way too.
Atoms are often called the building blocks of matter. They are the smallest units of an element that still retain the properties of that element. They combine to form molecules and various compounds that make up all substances in the universe.
If the properties of elements change when they are mixed together, the mixture is called a compound. Compounds result from chemical reactions between elements, where the atoms are bonded together in specific ratios. These compounds often possess unique properties distinct from their individual element components.
Silverware is not an element or a compound, but rather a collection of utensils made from materials such as stainless steel, silver, or other metals. These materials are often composed of elements that are combined to create the desired properties for the utensils.
John Dalton believed that soda was an element because, during his time in the early 19th century, the understanding of chemical compounds and elements was limited. He classified substances based on their observable properties and atomic theory, which suggested that elements were pure substances that could not be broken down further. The term "soda" often referred to various compounds containing sodium, but the distinctions between compounds and elements were not well understood, leading Dalton to mistakenly categorize it as an element.
Elements are often denser than compounds, but not always. In fact the least dense substance known is hydrogen, which is an element.
Mg (magnesium)
Curium is reactive and can form compounds with the majority of nonmetals.
The oxide of a metal is a compound formed when a metal reacts with oxygen. It contains oxygen and the specific metal element as cations. Oxides of metals are often solid compounds and can have various properties and uses based on the specific metal involved.
The oxygen family, also known as Group 16 on the periodic table, includes the elements oxygen, sulfur, selenium, tellurium, and polonium. These elements share similar chemical properties such as forming 2- ions, and oxygen is the most abundant element in this group present in the Earth's atmosphere and crust. They can form compounds with metals and nonmetals, and often interact with hydrogen to form compounds with various properties.