תנועת האוויר במארז לא השתנתה, ההספק הטרמי לא השתנה, ולכן הטמפ' של המארז לא תשתנה בלי קשר לאיכות הקירור של המעבד.

אותה כמות אויר צריכה בשני המקרים לספוג את אותה כמות חום ולכן הטמפ' של האויר הזה לא תשתנה.

you looking it the wrong way, it's not like the cpu is heating up the world.

the case has a constent air flow going through it, which transfare the hot case air to the world's air. meaning the case has a constant heat dissipation rate. however the total case heat gain varied, since thanks to the better thermal paste the CPU is able to get rid of it's heat faster.

you are looking it the wrong way. it's true that when you do 75W of work 75W of work will be done, but it will be done on the world temperture not the case temperture, just like when a 60W light bulb does 55W of heat and 5W of light (if not less).

1W=1J per second

the CPU is getting rid of the heat at the same rate in any case. Even wthout a heatsink at all it would push 75w of heat into the case. The only question is how much hotter than the case it needs to be in order to move 75w of heat.

The better the cooling the smalled the delta between the case and the CPU temp. It has nothing to do with "how fast" it's getting rid of the heat.

אז השאלה הגדולה שאני רוצה תשובה בשבילה.

Ceramique or not Ceramique

האם הוא עדיף על AS3 או לא.

אני חושב שהחומר טוב כי הוא לא מכסף=>לא יכול לקצר.

so the main thing remains to AS3 or to ASC

החדש עדיף, אבל זה לא מה שאני מתוכחים עליו

W=energy*time

the case has a constand CFM.

when using a better heat conductive, there's more energy, since the work is constant the time is shorter. meaning more heat in less time, but the case get rid of the heat in a constant rate. meaning better heat conductive (thermal paste/heatsink/higher CFM fan) the hoter the case.

please tell me you got it this time.

if you don't all I can tell you is forget what you're thinking believe me I'm right.

W=energy*time

the case has a constand CFM.

when using a better heat conductive, there's more energy, since the work is constant the time is shorter. meaning more heat in less time, but the case get rid of the heat in a constant rate. meaning better heat conductive (thermal paste/heatsink/higher CFM fan) the hoter the case.

please tell me you got it this time.

if you don't all I can tell you is forget what you're thinking believe me I'm right.

W=Energy/Time (הספק)

The work is constant, and so is the time

Same heat, same time, same CFM, same temp

The case get's rid of the same 75w of power regardless of anything at all

man I'm tired of argueing, just try and think about it not in enrgey terms and you'll see I'm right.

I tried thinking about it in bananas, but I am still right.

This is a physics question, there is no other way to thing about it.