karsnoordhuis

I'm personally a user of beyerdynamic (custom one pro) and i really like them. Beyerdynamic is also good at providing support for their products. You can buy pretty much all parts for it if they break.
 
What i recommend you do however is go to a good audio store and try a few options. Some will sound good but are f***n uncomfortable for you. You can get addon mics so just get a good pair of headphones.

Your school does not use office for email and stuff? If they do you can get it for free. 

do you by any chance have a freesync/gsync display?
it could be one of those hitting its bottom limit

Ooh Thanks! Just what I needed.

I always was looking for this kind of adapter just in case thanks

i believe they are inductors not capacitors. Don't let them touch the leads and you will be fine on that front

made in germany. higher labour cost most probably. and the brand ofcourse

made in germany. higher labour cost most probably. and the brand ofcourse

Great... Now i have to upgrade my AA systems to keep those damn things away.

Great... Now i have to upgrade my AA systems to keep those damn things away.

Great... Now i have to upgrade my AA systems to keep those damn things away.

Great... Now i have to upgrade my AA systems to keep those damn things away.

Great... Now i have to upgrade my AA systems to keep those damn things away.

Great... Now i have to upgrade my AA systems to keep those damn things away.

Out of stock on this website. Thanks for reply.

thats not what ripple does. that tends to happen when a bad quality power supply shorts out somehow. ripple is more subtle  
this is an extreme case but does show it really well. after an AC signal gets rectified aka converted to dc you get voltage spikes. a capacitor can store some energy temporarely and release it at a later time. this smoothes out the signal as shown. the remaining peaks on the red line measured from highest to lowest point is the ripple voltage. most decent power supplies do a better job than this example. the ripple is usually sub 10 mV meaning the voltage isnt perfectly 12V or 5V but changes between 11.95 and 12.05V or 4.95 and 5.05V. This continuous change of voltage can affect some serious overclocks. that said, your RM650x has a ripple voltage of 7mV at 600W load on the 12V rail wich is excellent. i suspect taking them out will increase this with 5-10mV orso. still very good. the atx spec says it must be at most 120mV for the 12V rail and 50mV for the 5 and 3.3V rail.

You won't have any issues running cables without inline caps. The RMx is pretty good so ripple is pretty good regardless of the inline caps. They're pretty much just there to show marginally better ripple in PSU reviews and annoy people trying to do neat cable management.
 
https://www.corsair.com/ww/en/blog/Explanation-of-RMi-New-Type-4-Cables

thats not what ripple does. that tends to happen when a bad quality power supply shorts out somehow. ripple is more subtle  
this is an extreme case but does show it really well. after an AC signal gets rectified aka converted to dc you get voltage spikes. a capacitor can store some energy temporarely and release it at a later time. this smoothes out the signal as shown. the remaining peaks on the red line measured from highest to lowest point is the ripple voltage. most decent power supplies do a better job than this example. the ripple is usually sub 10 mV meaning the voltage isnt perfectly 12V or 5V but changes between 11.95 and 12.05V or 4.95 and 5.05V. This continuous change of voltage can affect some serious overclocks. that said, your RM650x has a ripple voltage of 7mV at 600W load on the 12V rail wich is excellent. i suspect taking them out will increase this with 5-10mV orso. still very good. the atx spec says it must be at most 120mV for the 12V rail and 50mV for the 5 and 3.3V rail.

As someone who ran a FX 9590 in tandem with two radeon 6990s, this is fine. 

/\ this. and as the manual suggest, you have a pump header. connect the pump to it and one of the fans to the cpu fan header. the other fans can just be connected to a case fan 
header

this is not uncommon behaviour especially in server hardware. im assuming they dont get a pwm signal from the controller and 12v power so they just spin at 100% until the fan controller is booted up.

youtube  is your friend here, if you have never layed out a board id suggest starting off with a more basic package like easyeda. this allows you to get the hang of it and then switch over more easely. i did this with altium

this one does come with a network card thing i believe

not per say, in pwm mode the fan needs a pwm signal on the 4th pin and 12v on its power lines.  if a 4 pin fan doesnt get a pwm signal it will go into voltage controlled mode like 3 pin fans. if the controller has not been booted up it will not be able to send the pwm signal nor can it change the voltage on the power lines. result: both fans get 12v and no pwm signal and spin at full speed

they would have to change the order at which the peripherals get loaded. so yes, yes they probably can.
will they? im not so shure as embedded programming can be really f*** hard (dont ask me how i know) but you could certainly try. asus support has been pretty nice in my experience. i got help with a x58 motherboard only one or two years ago.
give it a shot, ask them!