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{{r|Bromine}}

<tr> <td>[[Bromine]]-79</td> <td>⁷⁹Br</td> <td>3/2</td> <td>0.039649</td> <tr> <td>Bromine-81</td> <td>⁸¹Br</td> <td>3/2</td> <td>0.048596</td>

Like [[bromine]], iodine is readily [[sublimation|sublimed]], going from the solid state d

<tr><td> Br <td> [[Bromine]] <td align="right"> 35

...with AlCl₃ or FeBr₃ as a catalyst, to introduce a [[bromine]] or [[chlorine]] atom.

<tr><td>35<td>Br <td>[[Bromine]] <td bgcolor="#D0D0D0">2 <td bgcolor="#D0D0D0">2<td>6 <td bgcolor=

.../sub>). [[Fluorine]] and [[chlorine]] are [[gas]]es at room temperature, [[bromine]] is a liquid, and [[iodine]] is a solid. These molecules do not have dipol

...align="left "> 35 <td> [[Bromine|Br]] <td width="5%" > {{Atomic mass|Bromine}} <td width="15%"> <td align="left "> 72 <td> [[Hafnium|Hf]] <td wi

<tr> <td>[[Bromine]]-79</td> <td>⁷⁹Br</td> <td>3/2</td> <td>0.039649</td> <tr> <td>Bromine-81</td> <td>⁸¹Br</td> <td>3/2</td> <td>0.048596</td>

...b>2</sub>), [[fluorine]] (F₂), [[chlorine]] (Cl₂), [[bromine]] (Br₂), and [[iodine]] (I₂).

*[[Bromine pentafluoride]] &ndash; BrF₅ *[[Bromine trifluoride]] &ndash; BrF₃

| 35 || Br || [[bromine]]

...tion of aryl chlorides it has been shown that [[aliphatic]] chlorine and [[bromine]] compounds such as perchloroethylene,<ref>V. Múka, *, R. Silber, M. Posp�

...thium]] (Li),[[sodium]] (Na), and [[potassium]] (K); [[chlorine]] (Cl), [[bromine]] (Br), and [[iodine]] (I). In 1850 [[Max Josef von Pettenkofer]] (1818&nda

<tr><td>Br<td width="5%" >[[Bromine]] <td align="right"> 35 <td width="15%"><td>Li<td width="5%" >[[Lithiu <tr><td align="left "> 35 <td width="5%" > [[Bromine]] <td> Br <td width="15%"> <td align="left "> 72 <td width="5%" > [

<s>[[Special:Allpages/Bowyangs|Bowyangs]] - [[Special:Allpages/Bromine|Bromine]]

* [[Bromomethane]] — [[Bromine|Br]]CH₃

*[[Gold halide]]s ([[fluorine|F]],[[chlorine|Cl]],[[bromine|Br]],[[iodine|I]])