<p>Not me. Can anyone tell me what the CE’s were, if you can remember?</p>
<p>Starport, I only got 4 or 5 CE’s too as well as a few TT’s. I’m pretty sure that the TT’s I got had the second part close but overall unrelated to the first part.</p>
<p>I think ~8 is way, way too much.</p>
<p>Yes! Thank you Skyway. Hopefully you’re smart enough so that you can I can be right over everyone else here. lol. </p>
<p>Btw, Skyway, is mad smart so people who got 8 CE’s better watch out.</p>
<p>Yes, 8 is way too many CE’s…</p>
<p>I do not remember what they were… sorry. I think I got around 6 CE’s.</p>
<p>Does anyone remember their CE’s?</p>
<p>…neon… that’s it ._.</p>
<p>Oh… and the trigonal pyramidal one and the families forming similar compounds.</p>
<p>and water not conducting electricity</p>
<p>Oh yeah that one too. That’s 4 so far… let’s see if we can remember all of them.</p>
<p>and some diatomic molecule being a gas at room temparature because there were very weak intermolecular forces at room temp</p>
<p>there was one about (i think) NaCl being saturated and adding crystals, and part II was NaCl was soluble at room temp, so that one was TT…lol even though we are looking for TTCE</p>
<p>NH3 was a stronger base than water because NH3 could accept protons greater or something also TTCE</p>
<p>Haha… I got the same answers for those though :] Wow 6 already…</p>
<p>yay! I feel like there was 1 maybe 2 more that were TTCE ? I wish I had photographic memory…</p>
<p>I recall 4-5 TTCE.</p>
<p>hmmm look at the TTCE’s on previous page, I thought the 6 I said were TTCE…</p>
<p>i doubt there were 8 TTCE’s …</p>
<p>i got 4-5</p>
<p>TTCE’s:
- Neon emits light when electric current passed through bc electrotns go from higher to lower energy state
- Elements in the same family form similar compounds because they have the same number of valence electrons
- F2 is a gas at room temperature because at room temp there are weak intermolecular forces
- PF3 is trigonal pyramidal because mutual repulsion (i got that wrong)
- NH3 is a stronger base than water because it has a greater tendency to accept protons.
- Pure water is not a strong conductor of electricity at 25 degrees celsius because it is weakly ionized at 25 degrees celsius and has ionization constant of 1.0e-14</p>
<p>anyone remember others</p>
<p>i know that PF3 is trigonal pyramidal but i dont see how it creates mutual repulsion because i thought lone pairs had a stronger repellance than electrons in bondds and the lone pairs create larger bond angles because of stronger repellance</p>