Draw the lewis structure and name the following ionic...

Draw the Lewis structure and name the following ionic compounds: 1) TiSe 2) Cu2O 3) V3P5 4) Co(ClO3)3 5) Pb(SO4)2 6) CuCrO4 7) (NH4)3PO4 8) Cu(NO2)2 9) KCN 10) Zn3N2 11) NaMnO4 12) Co3(PO4)2 13) Li2O 14) Fe(C2H3O2)3 15) Sr(OH)2 16) Cd(NO3)2 17) CuO 18) PbS 19) Mn(ClO2)7 20) NH4HSO3

Transcript

00:02 If i ever put this up here, asked us to draw 20 lewis structures and name them.

00:07 Now that's not going to happen, but i will do some.

00:16 Okay, let's hang on here.

00:19 I just want to see where i am.

00:24 And these are lewis for, and this will be titanium.

00:55 And you have titanium.

00:57 I will call this titanium to, selenite and titanium for its, we get to a periodic table here, is likely going to lose its four s electrons.

01:22 So these, those for titanium, those are four s electrons.

01:32 And selenium has six.

01:40 So our transfer will be like this and i will end up with titanium two plus and mycelainide will have one, two, three, four, seven, eight, two minus.

02:01 For number two, let's go with this.

02:08 My second substance will be co2o, which will be copper one oxide.

02:25 And copper one will be losing one valance electrons, so we're going to represent one valence electron.

02:35 It's going to be losing a 4s electron, and there will be another copper.

02:46 And oxygen has one.

02:48 I will go one, two, three, four, five, six.

02:53 And our electron transfers will be as follows, and i'll end up with cu plus o, two, minus, and cu.

03:13 Our third is v3p5 and v3p5.

03:36 And v3p5.

03:39 This will be vanadium, five, phosphide, and let's get over here.

03:58 So my vanadium, i'm going to have, and let me get my phosphide, my bet, and my phosphide will have v3.

04:51 I got to get my computer plugged in.