D3L3T3D

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You should always plug the computer into a grounded outlet. The monitor may also benefit from being plugged in a grounded outlet.
 
It's not only about safety against electric shocks but also about the electronics radiating (producing) less noise which could affect things around your computer (for example you may hear buzzing or higher background noise in your speakers).
Switching power supplies (like the ones that power your PC and your monitor) rely on the ground lead to dump "unwanted stuff" into the ground reducing noise and other things. It also reduces the risk of getting "zapped" if you touch the metal case with your fingers - it's perfectly acceptable to feel some tingle or even some sparks when you touch metal parts of your case but if the power supply is good quality, those sparks/tingles aren't at dangerous levels and having the case grounded through the power supply cable reduces that effect.

So I made the switch after my 4790k died 
and I was kinda worried that it would be lacking in gaming 
boy was I wrong
 
at 1440p 144hz with sli 980tis I am getting the exact same fps in gaming 
 
but the amazing thing is it's so much smoother
a hell of a lot smoother 
frame drops are none existent 
 
camera movement is rediculasly smooth
 
100 percent not a placebo effect 
absolutely atonashing 
 
I can't explain it I though it couldn't get any better than the i7 for gaming but this beast has proven me wrong
 
curently running at 4ghz at 1.437v(1.414 under full load for some reason) 
ram at 2933mhz cas15 
 
thanks to a lot of help from @tom_w141
 
@App4that it smashes the 4790k out of the park 

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And now you have ceased making any sense whatsoever...

Bro, start to google, noone wants to do your homework

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yea
 

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4 you fuck yeah

5820K or 6800K might be a good upgrade.

Zen maybe too... supposed to be about like getting the 6900k for the price of a 6800k, maybe it will live up to the hype. Still hearing Jan-Feb last I checked. 

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If VM is your main focus, you probably are one of the few persons who would be upgrading by using an FX-83xx, unless you can afford the 2011-3 chips. But then it's better to wait for Zen and see what happens with pricing.
However, if you are going to do the other things you mentioned in the same rig, especially gaming, then it only makes sense to upgrade within intel as much as you can.
 
Would it make sense for you to do a scrapyard Piledriver or Xeon build for virtualization, and optimize your current rig for all the other tasks?

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^ Id only go for the 7700k if gaming was more of the focus which it dosn't appear to be. X99 All the way for your kinda work

I'm impressed (mostly) with the strides Windows 10 has made with catching up to macOS on making the experience personal. They've still got a long, long way to go before they fix stupid though. Having control panel, and settings is a bad start. 

Yes, 100% - because you didn't read/comprehend the article. 

Next time go red. An RX 480 would have been a better investment.  

The problem with the 3570k is the Thermal Interface Material under the heatspreader is not great, and has degraded over time. I have the same CPU and had the same issue.
The only way to fix the temps is to replace that TIM, which means delidding your CPU.
There are some great guides online, just google it, but be warned: it is somewhat risky if you go with the razor method and you are voiding your warranty.
I used the vice method and would highly recommend that option.

I've been thinking of delidding my 3570k for a while. the temps are a bit high for a kraken x61 (peaking at 55, idle in 35s range), it's not great but nothing to potentially destroy my system over.

Lol, maybe once I get my CNC mill, I'll make my own heatspreader assembly; with extra fins.

I just re-read through my old thread about how I did it. I used an old celeron off ebay as practice so I knew what I was doing before the real deal. I'd recommend doing that first.
More info about the details of it can be found here:
http://www.overclock.net/t/1313179/official-delidded-club-guide
Or just look at this list:
Here is a list of CPU's that should be able to be delidded and some are very cheap so great for saving your chips.

IHS Not Soldered To Die

Hyperthreading/Single Cores

-(S-478) Pentium 4 HT (Northwood "A" and "B" Core)*
-(S-478) Celeron
-(S-775) Celeron
-Celeron 420
-Celeron 430
-Celeron 440
-AMD Athlon 64 3200+*
-AMD Athlon 64 3700+*
-AMD Athlon 64 3800+ (Venice core)

Dual Cores

-AMD X2 5000+ BE (Brisbane core)
-Celeron Dual Core E1200
-Celeron Dual Core E1400
-Pentium Dual Core E2140
-Pentium Dual Core E2160
-Pentium Dual Core E2180
-Pentium Dual Core E2200
-Pentium Dual Core E2210
-Pentium Dual Core E2220
-Pentium Dual Core E6300
-Core 2 Duo E4300
-Core 2 Duo E4400
-Core 2 Duo E4500
-Core 2 Duo E4600
-Core 2 Duo E6300 (L2 stepping)*
-Core 2 Duo E6400 (L2 stepping)*
-Core 2 Duo E7200
-Core 2 Duo E7300
-Core 2 Duo E7400
-Core 2 Duo E7500
-Core 2 Duo E7600
 
Hope this helps.

All jokes aside, he's right, IF you want to delid, use the vice method. Blunt objects, more surface area, less error

Here is a link to the results I got from it:

Yes, it can sound quite scary and I would definitely recommend doing your research. If you do go ahead with it you just have to take your time and not do something stupid, like use a chisel. If you don't feel confident with tools like a bench vice maybe get some help or look at alternatives.
 
I would ABSOLUTELY recommend against the razor method, as one little scratch can/will kill your CPU. The vice method has no sharp objects involved and requires just a little pressure on the sides and the heat spreader will pop right off. It also means you can use masking tape to give some padding while you hold it.