There is no compound with the formula CHO. However, if you meant a sugar such as glucose, the formula is C6H12O6 .
So, the total number of atoms is glucose is 6+12+6 = 24 atoms.
Non-metallic atoms are found in CHO.
C2H5COOH: The formula begins with 'C2H5-'. Two carbon atom makes the prefix 'eth' is appropriate. The functional group is '-COOH' meaning this is a carboxylic acid. Hence, the appropriate name would be Ethanoic Acid, otherwise known as Acetic Acid. CH3CHO: This formula is NOT as condensed as the first so we count the total number of carbon atoms; two carbon atoms means the prefix 'eth' is appropriate. The second carbon is connected to the first carbon, a hydrogen AND the oxygen atom. Therefore, the second carbon atom forms a double bond with the oxygen atom. That means the '-CHO' functional group represents an aldehyde. Hence, the appropriate name would be Ethanal. It could also be named Ethyl Aldehyde or, as seen with the last compound, Acetaldehyde.
It is called a functional group . Some functional group are Alkanes ; All carbons and hydrogens are singly bonded. (C-C) Alkenes ; There is at least one pair of carbons that are doubly bonded (C=C) Alkynes ; The is at least one pair of carbons that are triply bonded.(C///C) Alcohols ; There is an '-OH' group attached to the end carbon in a chain (R-CH2OH) Aldehydes ; There is a doubly bonded 'carbon = oxygen' on the end on a chain (R-CHO) Carboxylic acids ; to the end carbon in a chain there is a doubly bonded oxygen and a singly bonded hydroxy group ( R-COOH) Esters ; R-C(=O)-O-C-R' Amines ; R- CH2-NH2 Amides ' R- C(=O)-NH2 Thiols ; R-CH2-SH There are many more functional groups, including halogens and cyclic groups. All have different reactivity and chemical properties. 'R' represents the rest of the molecule.
it is very --------- Ions of halogens (including I-) are known as corrosive in solution; also hot iodine and vapours of some salts (ex.: CsI) are corrosive.
CH4, CH3COOH....anything with Carbon except a few such as CO2 C(carbon) CO... It should be also noted that organic compound is rarely put into ratio form, and that the functional group (-CH3 -COOH -CHO etc) is always shown
CHO is the functional group for aldehydes.
-CHO is the formula of the aldehyde group.
CH3 is the empirical formula of C2H6; this molecule is an alkane commonly known as ethane.
carbon, hydrogen, and oxygen
Ch2(cho)2 is the molecular formula for malondialdehyde.
This is the formula for propanal, also known as propionaldehyde.
methanal or formaldehyde is organic CH2O - Contains CHO Compounds containing only CHO or N atoms are orgainic
Many atoms are not found in 'CHO or fat.' 'Fat' or lipid is a long molecule made up of a string of carbons which are singly or doubly bonded to hydrogens. CHO I would imagine is made up of carbon, hydrogen and oxygen. Every element that isn't carbon, hydrogen or oxygen is not found in CHO or fat. I have a feeling that this is not the question you meant to ask though.
C3H4O or CH2=CH-CHO
any with a hydrocarbon (R) bonded to CHO. the CHO functional group must be at the end of the formula, not in between hydrocarbons like a ketone
crotonaldhyde CH3-CH=CH-CHO
This compound is glucose - C6H12O6.