To draw CH2Br2, start by drawing a central carbon atom (C) with two hydrogen atoms (H) attached to it, and then add two bromine atoms (Br) each bonded to the central carbon. Make sure each atom has the correct number of valence electrons and that the carbon follows the octet rule.
if you poop out fusions its correct
The correct Lewis structure for carbononitridic chloride, CClN, includes a central carbon atom bonded to a nitrogen atom and a chlorine atom, with a single bond between each atom. The carbon atom has two lone pairs of electrons.
Manganese is found P4 G7. It is a in the metallic classification. Its atomic number is 25.
I would say Un Sacapuntas is the correct structure of copper
81Br is one of the stable isotopes of bromine.
The correct name for the compound SiBr2 is silicon dibromide.
The correct nuclide symbol for bromine-81 is ^(81)Br.
To draw CH2Br2, start by drawing a central carbon atom (C) with two hydrogen atoms (H) attached to it, and then add two bromine atoms (Br) each bonded to the central carbon. Make sure each atom has the correct number of valence electrons and that the carbon follows the octet rule.
if you poop out fusions its correct
To raise bromine levels in a pool, you can add bromine tablets or granules directly into the water. Follow the manufacturer's instructions for the correct dosage based on your pool size. It's important to regularly test the bromine levels in the pool and adjust as necessary to maintain proper sanitation.
Yes, Bromine and mercury are the only two liquids at room temperature that are elements.
A central fund for EGMM has been opened.
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One can determine the polarity of AlBr3 by first drawing a simple Lewis structure. We know that Aluminum has three (3) valence electrons and Bromine has seven (7) valence electrons. To figure out the total number of valence electrons in the molecule before drawing the structure we do the following: V = 3 + (7 x 3) V = 24 electrons in AlBr3 Now we can draw a simple Lewis structure: Br - Al - Br l Br Each Bromine has one single bond with Aluminum and 3 lone pairs of electrons. If we calculate that each bond is two electrons and each Bromine has 6 electrons (3 lone pairs) then: 6 + 6 + 6 (from the Bromine atoms) + 2 + 2 + 2 (from the three bonds) = 24 electrons So, we know that our structure is correct. Now we check the VSEPR type. The letter 'A' represents the central atom (in our case, Aluminum), the letter 'B' represents the number of bonding atoms to the central element (Bromine) and the letter 'E' represents the number of lone electron pairs on the CENTRAL atom (Aluminum). From this we can tell that our VSEPR configuration is AB3 (no 'E' value as there are no lone pairs of electrons on Aluminum). Finally, we match our VSEPR configuration, AB3, with what VSEPR says about polarity. Because our molecule consists of a central atom surrounded by three bonding elements that are the same, our molecule is NON-POLAR. *Note: If the molecule has a central atom surrounded by three bonding elements that are not the same, as in the case of COCl2, the molecule is polar.
Magnesium fluoride doesn't have a Lewis structure. Lewis structures are only used to show covalent bonds and magnesium fluoride forms an ionic bond. As a general rule of thumb, my chem teacher taught us that a non-metal bonded to a non-metal is a covalent bond and a metal and non-metal bonded together is an ionic bond. Hope it helps. hope this helps more:: What is the correct "Lewis electron-dot structure" for the compound magnesium fluoride? [ F ] (with 8 valence electrons marked with Dots) then a superscript of -1, then Mg^+2, with again the [ F ] (with 8 valence electrons marked with Dots) then a superscript of -1
Sounds like bromine. (It actually is.) Bromine is also volatile. A link is provided below.Yes that is correct but say if this quest was in an exam, you wouldn't write that.The answer is Bromine because the question clearly states, at room temperature this halogen is a liquid,and on any periodic table, bromine is a different colour to the other elements showing that it is a liquid or it melts close to room temperature. Bromine, Mercury, Gallium, Ceasium and Francium are all the same colour as each other. Also, yes. Bromine is volatile.Hope this helps! :)