Ionic compounds are generally made up of nonmetals and metals, while molecular compounds are normally made up of nonmetals only.
E and Z refer to the stereochemistry of double bonds in organic compounds. In E isomers, the higher priority groups are on opposite sides of the double bond, while in Z isomers, they are on the same side. This impacts properties like stability, reactivity, and physical characteristics of the compounds.
Molecular vs. Materials chemistry differ in focus: molecular chemistry studies individual molecules, while materials chemistry studies how molecules come together to form materials. This impacts properties and reactivity as molecular chemistry focuses on understanding the behavior of molecules in isolation, while materials chemistry considers how molecules interact to create new properties and reactivity in bulk materials.
Covalent is two non-metals sharing electrons while Ionic is a metal and a nonmetal where one takes an electron and changes both of the elements charges for example Nitrogen and Oxygen would be covalent while Iron and Oxygen would be Ionic
I'm not sure what you mean by "purely covalent", since the ionic-vs-covalent distinction is expressed in terms of electronegativity, which can take a range of values (higher values = more ionic). CO is very much a covalent compound though.
An ionic compound is formed between a metal and a non-metal. Zinc is a metal and iodine is a non-metal. Zinc needs to lose two electrons in order to have a full outer shell, and iodine needs to gain one electron to have a full outer shell. One zinc atom will form a positive ion (Zn2+), and two iodine atoms will gain one electron each from the zinc atom, forming negative ions (I-). As such, the chemical formula of zinc iodide is ZnI2. The equations below demonstrate this.Zn --> Zn2+ + 2e-2I + 2e- --> 2I-
E and Z refer to the stereochemistry of double bonds in organic compounds. In E isomers, the higher priority groups are on opposite sides of the double bond, while in Z isomers, they are on the same side. This impacts properties like stability, reactivity, and physical characteristics of the compounds.
The cast of DNA vs. the Book of Mormon - 2003 includes: David Glenn Smith as Molecular Anthropologist Randall Shortridge as Molecular Biologist Simon Southerton as Molecular Biologist Trent Southerton as Mormon Scholar Steven Whittington as Anthropologist
Subjectivism vs. Objectivism
Animals can be divided into groups based on characteristics such as presence of a backbone (vertebrates vs. invertebrates), their method of reproduction (egg-laying vs. live birth), body covering (fur vs. scales), habitat (land vs. water), and feeding habits (carnivores vs. herbivores vs. omnivores).
Key biographical characteristics include such things as education, previous work experience, and criminal convictions if any. Key personality attributes include such things as intelligence vs. stupidity, honesty vs. dishonesty, and responsibility vs. irresponsibility. For some types of work we could add creativity vs. lack of imagination.
Molecular vs. Materials chemistry differ in focus: molecular chemistry studies individual molecules, while materials chemistry studies how molecules come together to form materials. This impacts properties and reactivity as molecular chemistry focuses on understanding the behavior of molecules in isolation, while materials chemistry considers how molecules interact to create new properties and reactivity in bulk materials.
Usually, the one that is solid has a higher molecular weight
dc series motors are used because of torque vs speed characteristics.
Covalent is two non-metals sharing electrons while Ionic is a metal and a nonmetal where one takes an electron and changes both of the elements charges for example Nitrogen and Oxygen would be covalent while Iron and Oxygen would be Ionic
Strength of Covalent Bond vs Ionic Bond Apparently, ... When I check bond energies, they seem to be in the same range. ... [all in the gas phase] ...
Strength of Covalent Bond vs Ionic Bond Apparently, ... When I check bond energies, they seem to be in the same range. ... [all in the gas phase] ...
Yes...though there are several different compounds termed iron sulphide that have different stoichiometries [atomic proportions] and/or crystal structures. For example pyrite [FeS2] vs. troilite [FeS] are different compounds, though both are "iron sulphide".