What is the IUPAC name for the following compound? 4 IUPAC name you must know

IUPAC naming is hard.

It’s difficult to remember the names of all these organic compounds, and they’re so long! Even if you know them by heart it can still be a pain to look up the name when you want to cite something in your paper, what is the IUPAC name for the following compound?

We’ve made it easier for you with this web app that does the heavy lifting for you and gives you back easy-to-read iupac names (and synonyms) in seconds. Just enter any chemical compound into our search box and we’ll tell you what its common name is, as well as its systematic name according to IUPAC rules. No more memorizing complicated structures or looking up every single word on Wikipedia!

What is the IUPAC name for the following compound?
What is the IUPAC name for the following compound?

What is the iupac name for the following compound ?

The IUPAC name for this compound is ethyl acetoacetate.

A very important ketone in our everyday life, ethylacetonic acid can be found naturally on Earth as a product of aerobic biological processes such as cellular respiration and oxidative metabolism by plants or animals living in oxygen-containing environments where it serves an essential role during photosynthesis leading to carbon fixation!


The IUPAC name of the given compound is 3-methylpentane. It contains 5 carbon atoms in long chain, hence the prefix is pent-, and the -ane postfix is due to the single bond (alkane). It is 3-methylpentane since it contains the methyl group at  carbon.

3-methylpentane is a volatile gas with the chemical formula CH3CH2. It has an odor that can be described as watery or sweet but sometimes reminiscent of asphalt, dirt and fuel mixed together at low concentrations.

Methyl Pentane was first isolated by Henri Moissan in 1893 for his discovery concerning carbon dioxide molecules located within diamonds which were formed over millions if not billions years ago during Earth’s primeval history when dinosaurs roamed freely on land masses now submerged under oceans due to rising sea levels caused primarily resulting from human activities such burning fossil fuels factories releasing greenhouse gases into our environment changing weather patterns leading us here where today humanity must learn how live wisely without destroying what makes life worth living again!


The functional group  is given preference over  so it is given priority 

The IUPAC name of the compound is:Pent-3-en-1-al

The additive Pent-3-en 1 is a synthetic ester and has the molecular formula C18H29NO2. The chemical name for this compound sits naturally as pentanal, which was chosen to more accurately represent its structure when labeled with three of our most common English units: aminosugars (amino acids), alcohols–ethanol in particular!–and ketones or carboxylic acid molecules found on both sides across from each other inside one corner cell carrying out their assigned tasks while all mixed up together just like how things get done right here.


Since the compound contains a long chain of  carbon atoms and has  double bonds at  and  respectively.

Penta-2, 3 -dienes are a type of hydrocarbon that can be found in many different kinds of organic compounds. Hydrocarbons have carbon atoms with hydrogen attached to them in various ways. Pentadiyne molecules consist primarily if pentagons all connected via single bonds between their edges.

To form five equilateral triangle faces each containing one atom . They’re named after this pattern because theylook similar when viewed end on but up close you’ll see there’s nothing else like it!

Penta-2,3-diene is a bicyclic ketonic monoxide that’s found in the stamen of many flowers. It was first isolated from heliotrope plants around 1821 by Berthinus Kostermans and named after him later on when they realized what an important chemical compound it actually is!

This yellowish pigment has also been shown to be made up primarily out two rings linked together with three linkages running between them – just like our word “pentagon.”


The given compound contains double bond at carbon number 2,3,4,6,7, and 9.Also, the compound contains 11 carbon atoms.

Undec-2,3,4 and 6 are the common names for a group of chemical compounds called polycyclic aromatic hydrocarbons or PAHs. These substances contain at least one ring system in which all carbon atoms share either bonded together through an element such as hydrogen (undeca-, unetra-) ,or doubly linked to other radicals using only covalent bonds(didecanya).

Undecane has two rings: two cyclopropane chains with three benzene units each forming its branching pattern; octahydrobenzopyren contains seven fused pyrene molecules bound up by four carbons from different materials PAH’s can be found everywhere–simply inhaling their fumes may lead to.


What is the correct IUPAC name for the following alkane?

Methane. It’s a chemical compound made up of one carbon atom and four hydrogen ones, so its nameakesakely mean ‘with two carbons’.

A curious fact about this otherwise mundane substance is that it occurs naturally in small quantities on Earth but has been responsible for life-killinglyzing events such as volcanic eruptions due to exploding gas pockets within them!

What is the Iupac name of Neohexane?

Pentane, a component of gasoline that is not volatile at room temperature.It has been scientifically established as being more environmentally friendly than other options for Carbon Dioxide capture because it does not require any chemical reaction to occur with the captured gas – just heating! Pent-3-en1al.

The classification system was created by Svante Arrhenius back in 1884; he had found evidence suggesting water vapor cannot be produced without energy input (EkB). He also knew about Charles’s Discovery concerning how animals regulate their body temperatures internally via

The compound undec-2,3,4 6 7 9 -hexene is found in the oil industry. It was discovered by researchers at Shell Oil Company during an experiment with high pressure liquid jets of different composition to test what would happen when they came into contact with each other . The result turned out that their reactivity could be controlled for specific periods based on how long they existed before coming together or separating again.


The name of the compound is 2,4-Dinitrophenol. This chemical has been used in a variety of applications including as a research tool and an insecticide. In its role as an insecticide it was used to control ants on citrus plants grown in Florida from 1948 until 1958 when more effective pesticides were developed. It had some success against fruit flies that infested peaches but then lost efficacy by 1959 due to resistance development making this application obsolete for all practical purposes.

This article has been a guide to the different types of names that chemists use for compounds, and how they can be used in organic chemistry. When you are ready to make your own molecules, take a look at this glossary of possible names to see which one suits what you have made best! If there is anything else we need to cover about naming or counting chemicals, let us know. We’re always happy to help with any question related to chemistry. Thanks for reading!