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Total electrons --> 7+42-1=48 Cl as a central atom One lone pair on Cl (on the side) 4 F's up and down and the other two on the opposite side of lone pair. F I :- Cl - F - F I F This is the best I can do with plain text.
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N and O are formed by two covalent bonds and one coordinate bond from oxygen to nitrogen.
The dot structure for ammonium, or NH4 begins with a single N atom in the center. At each cardinal direction, there is one single bonded H atom. The entire structure is br…acketed and noted with a + superscript.
The Lewis structure of CH3 starts with a C in the center, representing the Carbon atom. The carbon atom has three dashes and two dots. Connected to each dash is an H, repr…esenting the hydrogen atoms.
The Lewis dot structure for ammonium starts with the N atom in the center. In each cardinal direction, there is one singly bonded H atom. The entire structure is enclosed …in brackets, then superscripted with a + symbol.
The Lewis structure for NH3Cl plus is very easy to draw. The N atom is placed in the center, singly bonded to three H atoms and one Cl atom. A +1 formal charge is indicate…d at the N atom.
-1 for each F, +4 for Cl
.. .. N≡O .. or Nitrogen with two electrons with a triple bond connecting it to an oxygen atom with 4 electrons
.. .. .. :I - I - I: .. .. .. smd
It would look something like this .. .. .. : F ----Br -----F: .. .. .. There are 21 valence electrons in neutral BrF2, so there will be one unpaired. Draw each F havin…g a shared pair, giving each F 8 electrons. The central Br atom will have 9 electrons. If the charge is BrF2 there will only be 8 electrons around Br, if the charge is BrF2- then there will 10. BrF2+ is well known.
The structure would be octahedral with Xe in the center and the six F atoms surrounding it.
The amount of dots in total in the Lewis Dot Diagram of AsF4+ (Arsenic tetrafloride) is twenty six. Each "F" (fluorine atom) has six dots in total, two on three "sides". The …As (arsenic atom) in the middle of the structure has two dots adjacent to it. Each dot resembles the amount of electrons available in the very outer shell of the atoms structure, known as valance electrons.