So let's write the total ionic and the net ionic equation for this balanced acid-base molecular equation. So hopefully you guys can see that it's an acid-base equation right away because this is an OH- here, right? And it's taking away the H from the HCM over here. Do you see that? So when you take over, you want your OH- takes away an H. That means you're having an acid-base reaction. We can answer those questions later. So just know in your head that when that happens, that's an acid-base reaction of that one. So what's the acid and what's the base? Well, I told you that's the base, right? So this must be the what? Acid. Okay? So now we have to decide whether this is a weak acid or a strong acid. Okay? So remember the acid designation. So is that HCM? Is that going to be a weak acid or a strong acid? A weak acid. A weak acid, right? Why is that? Because it doesn't have an oxygen. No oxygen, it's right? Okay? And it's not H-I-H-B-R-H-C. So in the total ionic, so we're going to write this to molecular. And the total ionic equation, okay, we're going to break up everything that breaks up, okay? So even though those weak acids are weak electrolytes, so they break up a little bit. And the total ionic equation, we're not going to show them breaking up. Okay? So H. HCM, A-Quiz, they used together. Okay, but this breaks apart. Remember, N-A-plus, spectator ion. That OH-Sets the base, strong base. This thing's going to do what? Very good, Clark. Good job. And this thing is it going to break apart? No. Okay, so now when we're going to write our net ion, I don't know if anything has gone. We're going to write our net ionic, what do we do? Cross out everything that's on both sides. Yeah, the same on both sides, right? So is this the same on both sides? Is this the same on both sides? Yes, so we cancel that. Is this the same on both sides? No, not. Right? So what about this one? Is this the same on both sides? No. See, N-H2O liquid? No. Okay, so that's it. Okay, so the net ionic equation is the weak acid itself plus the hydroxide ion. It goes to the conjugate base of the weak acid. So that's the conjugate base plus all the angular components. Whenever you have a acid base reaction, you're going to form water. Okay, so what would be the spectator? Is there any spectator on it? I told you. Yeah, the energy plus. Okay, so when you do the weak acids or weak bases, they're a little bit different. Then when you're doing a strong acid, strong base or a precipitation reaction, we're doing the net ionic and total questions on this one. Exactly four.