Br!. Check the atomic number for both the compounds
OH => 1 + 16 = 17
Br => 80
Thus, Br takes a higher priority in E or Z isomers
The higher priority group is determined by the Cahn-Ingold-Prelog priority rules. In this case, the bromine atom (Br) usually has higher priority than the hydroxyl group (OH) because Br is heavier than O and has higher atomic number.
The chemical compound Br-Mg-OH is known as magnesium bromide hydroxide.
The name of this compound is magnesium bromide hydroxide.
Barium hydroxide is composed of one barium ion (Ba2+) and two hydroxide ions (OH-), resulting in the chemical formula Ba(OH)2.
This is an ionic compound.
You basically replace the OH with your halogen, in this case the Br. after everything is balanced you should get: 3CH3CH2Br+P(OH)3
The chemical compound Br-Mg-OH is known as magnesium bromide hydroxide.
The name of this compound is magnesium bromide hydroxide.
brick brim broth brat brake brawl.............. oh and br br br br br
Barium hydroxide is composed of one barium ion (Ba2+) and two hydroxide ions (OH-), resulting in the chemical formula Ba(OH)2.
CH2=CH2-CH-CH2-Br 1-butene, 3- OH, 4-Br | OH Not sure but would be my best bet
Yu-Gi-Oh is a Japanese series about games that were created by Kazuki Takahashi in the year 1996. Priority in Yu-Gi-Oh is defined as a player's right to be able to activate their effect.
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its not a molecular compound its an ion
Oh yeah. So reactive, in fact, that bromine rarely exists by itself in nature; only locked up in a compound. Bromine is a halogen, group 17, and those are the most reactive of all the non-metals.
hydroxide
This is an ionic compound.
You basically replace the OH with your halogen, in this case the Br. after everything is balanced you should get: 3CH3CH2Br+P(OH)3