What is the electron cloud sequence for the element, tungsten(wolfram)?
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[Xe] 4f^14  5d^4 6s^2
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A good starting point is wikipedia:\nhttp://en.wikipedia.org/wiki/Free-electron_theory_of_metals\n\nWhen you read this link, follow some of the referenced links for details on the specific applications you listed...\n\nHope this helps!
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Here are two:\n\nLead to Bismuth:\n(214,82)Pb214 => (214,83)Bi  + (0,-1)e\n\nUranium to Thorium\n(238,92)U => (234,90)Th + (4,2)He
191934
Two in the first shell. 10 in the second shell. 10 in the third shell. 5 in the 4th shell for neutral Manganese. Mn 2+ is missing 2 electrons, so it would only have 3 in the outer shell. The rest will stay the same.\n\nHere's a cool interactive periodic table that may help you with your homework. \n\nhttp://www.webelements.com/\n\nYou can click on the the element you are interested in, then in the column on the left you can go to electronic properties and it will show you how the electrons are distributed. You can add or remove electrons to configure the electron arrangement of various ions of the substance you are interested in.
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Wolfram is the old German name for tungsten\n\nHence, it is the same thing as phosphotungstic acid.
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I can tell you in simple words, but I have to know what do you mean:\n"electron dot diagram", "electron shell diagram"  or something else. Please check out on the web, or simply give more of the context: are you learning molecular structures in chemistry, structure of atom, etc.?
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.MODEL small\ncr equ 0ah\nlf equ 0dh\nEOSTR equ '$'\n.stack 200h\n\n.data\ne db 'Enter the elements(0 to quit) :: '\n  db cr,lf,eostr\ns db 'The sorted elements are ::   '\n  db cr,lf,eostr\ntemp db 0\ncnt db 0\ntt db 0\nn  db 0\nnum db ?\n\n.code\ngetnum  proc near\n        ;push bx\n        mov temp,0\nscan:\n        mov ah,00h\n        int 16h\n        cmp al,13\n        jz  endscan\n\n        mov ah,0Eh\n        int 10h\n        sub al,30h\n\n        mov cl,al\n        mov al,temp\n        mov ah,0\n        mov bl,10\n        mul bl\n        add al,cl\n        mov temp,al\n        call scan\nendscan:\n        mov ah,0Eh\n        mov al,' '\n        int 10h\n        mov ah,0Eh\n        mov al,' '\n        int 10h\n        mov al,temp\n        ;pop bx\n        ret\ngetnum  endp\n\n\n\ndisp    proc near\n        ;push bx\n        mov bl,100\n        mov ch,1\nshow:\n        cmp bl,0\n        jz enddisp\n        cmp al,0\n        jnz n_zero\n        mov al,'0'\n        mov ah,0Eh\n        int 10h\n        mov al,0\n        jmp skip\nn_zero:\n        cmp ch,0\n        jz calc\n        cmp al,bl\n        jb  skip\ncalc:\n        mov ch,0\n        mov ah,0\n        div bl\n        mov cl,ah\n        add al,30h\n        mov ah,0Eh\n        int 10h\n        mov al,cl\n        jmp skip\nskip:\n        mov temp,al\n        mov al,bl\n        mov ah,0\n        mov bl,10\n        div bl\n        mov bl,al\n        mov al,temp\n        call show\n\nenddisp:\n        mov ah,0Eh\n        mov al,' '\n        int 10h\n        mov ah,0Eh\n        mov al,' '\n        int 10h\n        ;pop bx\n        ret\ndisp    endp\n\n\n\nstart:\n        mov ax,@data\n        mov ds,ax\n        mov dx,offset e\n        mov ah,9h\n        int 21h\n        mov bx,0\nread:\n        push bx\n        call getnum\n        pop bx\n        mov offset num[bx],al\n        inc bx\n        cmp al,0\n        jnz read\n\n        mov ah,0Eh\n        mov al,10\n        int 10h\n        mov ah,0Eh\n        mov al,13\n        int 10h\n\ncount:\n        mov al,offset num[bx]\n        cmp al,0\n        jz endcount\n        inc n\n        inc bx\n        call count\nendcount:\n\nbubble:\n        mov bx,0\nsort:\n        mov al,offset num[bx]\n        mov dl,al\n        mov cx,bx\n        inc bx\n        mov al,offset num[bx]\n        cmp al,0\n        jz endsort\n        cmp dl,al\n        jb n_exch\n        mov tt,al\n        mov al,dl\n        mov offset num[bx],al\n        mov al,tt\n        mov bx,cx\n        mov offset num[bx],al\nn_exch:\n        call sort\nendsort:\n        inc cnt\n        mov al,n\n        cmp al,cnt\n        jnz bubble\n\n        mov dx,offset s\n        mov ah,9h\n        int 21h\n        mov bx,0\nsho_arr:\n        mov al,offset num[bx]\n        cmp al,0\n        jz endpr\n        push bx\n        call disp\n        pop bx\n        inc bx\n        call sho_arr\nendpr:\n        mov ax,4c00h\n        int 21h\n\n        end start
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how far it is from the edge of the periodic table. i.e., Francium has a charge of -1 because to get it to the noble gases it has to gain an electron. on the other hand, lithium would need to lose an electron to make it happy, giving it a charge of +1. Same concept for all elements.exclude scandium's period thru zinc's, as they are very different. Carbon's group is able to go either way, as it is equidistant from the noble gases. email me if you have any more questions.
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1) 2\n2) 4\n3)17\n4) Ar\n5) 118\n6) metallic\n7) 92U239\n8) has its valence electron farther from the nucleus\n9) americium and curium\n10) Ne0\n11) 20\n12) neutrons\n13) 1\n14) 8\n15) +2\n16) hydrogen\n17) 18\n18) 17\n19) an ion\n20) proton
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B.the electron subshell
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In brief:  a model of metallic bonding in which cations are considered to be fixed points within a mobile 'sea' of electrons. \n\nAnother view could be from this definition: (Electron Sea Model) : The metallic bond consists of a series of metals atoms that have all donated their valence electrons to an electron cloud that permeates the structure. This electron cloud is frequently referred to as an electron sea. It might help to visualize the electron sea model as if it were a box of marbles that are surrounded by water. The marbles represent the metal atoms and the water represents the electron sea.\n\nIf you want to look at Electron sea diagrams, go to this URL:\n\nhttp://bouman.chem.georgetown.edu/statesofmatter/stelectron.htm
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Five (5). \n\nMore details:\n\nName: Boron\nSymbol: B\nAtomic Number: 5\nAtomic Mass: 10.811 amu\nMelting Point: 2300.0 °C (2573.15 K, 4172.0 °F)\nBoiling Point: 2550.0 °C (2823.15 K, 4622.0 °F)\nNumber of Protons/Electrons: 5\nNumber of Neutrons: 6\nClassification: Metalloid\nCrystal Structure: Rhombohedral\nDensity @ 293 K: 2.34 g/cm3\nColor: brownish
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a nucleus, containing protons and neutrons  and around that nucleus, there are electrons. [Although it more correct to speak of electron clouds, as they are not really localized. ]
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So is this sequence based purely on a mathematical function?\n\nOkay, so there's a 52 in there, could this sequence somehow relate to the calendar?\n\nWhat sort of scientist? I'm a computer scientist and nothing's glaringly obvious about those numbers.\n\n** GOT IT *** 68! Er or Erbium, the sequence spells out Brainteaser based on the atomic weights of B, Ra, In, Te, As, and Er.
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google it and type 'periodic table, first twenty elements'\nn u'll get sumthing, far quicker than lettin sum1 write them up 4 u.
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1) "the elements" EWF\n\n2) Temps\n\n3)New Edition
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Itanium\nItanium 2\nPentium M\nPentium 4EE, 4E\nEM64T\nPentium EE 955