average650 @ average650 @lemmy.world

Posts

3

Comments

187

Joined

2 yr. ago

Because I rely on cuda.

Can you link to that footage?

I think if they were alive to sue and be sued... He'd be fucked.

The article does say there are private lawsuits pending. I would guess that will include more payouts from amazon and money to the families.

It does depend on how many violations there were. If it was 1, then that's a hefty fine. If it's a million, then yes.... Cost of business.

Could I not use a 6-30P to 6-15R adapter? My computer will blow up before that amperage becomes and issue.

I've always heard Intel was bad to work for. I have to imagine that's if it's worse under tsmc, then of course people won't work there.

It looks like I need a 6-15P to IEC C19 cable. I guess 14 gauge should be sufficient.

Edit: Wait...It might be 6-30... That's way harder to find.

Looks like this: http://images.lowes.com/product/converted/032664/032664306303.jpg

Someone else has given me what I need I think ,but it looks like the one here:. https://www.evga.com/products/product.aspx?pn=220-T2-1600-X1#images-4

That's the titanium model, while I have the cheaper gold on, but I think the plug is the same.

Thanks!

I don't think new Reddit existed the first time place for it's thing.

But the way, do you have a resource for the names of different plugs/connectors?

Okay! Thank you. I think that should be what I need.

Right, where do I find the cable? I can't find it on evgas website or anywhere else.

She's the true monster.

The lines between a specific expression and the idea behind them are very blurred with AI....

I just tried it with bing chat and it actually explains it can't because it would violate the authors copyright.

This is not the dominant factor, and this system will still work even if the water is warmer than room temperature. The primary energy sink is the vaporization of water.

Vaporizing 1g of water takes 2257 Joules. https://en.wikipedia.org/wiki/Enthalpy_of_vaporization

The water does not change temperature during that process.

Heating 1 g of water 1C takes 4.184 J. To heat it from from 0C to 25C (about freezing to room temp) it thus takes104.6 J, much less than the 2257 Joules required to vaporize it. These numbers could be modified to properly account for the variace with temp, but the effect actually gets larger then I believe.

No energy leaves the system; it goes into changing the state of water and is stored in the water.

Too add to that, slot of that energy goes into vaporizing the water, so the average temperature is lower.