If I’m honest if it’s only illumination, that doesn’t seem like the most efficient use of resources and energy (to build and eventually dispose of these electronics) in a populated area that’s likely to have adequate street lighting.

that said it looks like a pretty neat waste separation design

Dammit, you made me go back and zoom in to check…

Slopturfing

My first messages on gmail in 2004 (when it was invite only) was discussing with friends to bulk order CD-R’s at 34 pennies a piece, including jewelcase. We felt like kings.

Video description:

Wi-Fi 7 routers promise game-changing speed, lower latency, and more stable connections. All thanks to features like Multi-Link Operation (MLO). But do these routers actually deliver on everything their marketing promises? We tested the MLO capabilities of 25 routers to see if the hype is justified, or if it’s all just marketing.

Article so you can swerve the video: https://dongknows.com/wi-fi-7-mlo-multi-link-operation-explained/

Certified reference material

It’s a video of some dude typing some dumb comment and drinking his own piss. Saved you a click.

I didn’t suggest that the dems are better on this. Just that trumps regime doing the same thing is more accepted here. Are you suggesting that the situation would be better if a different US president was in place at that time?

Removed by mod

I think one of the reasons that SUV’s and ‘crossover’ type cars have become so much more popular is that they make speed bumps less of a nuisance and allow the driver to cross them without slowing down as much

Look closer

The 3.5 kW heater will have a tank reservoir that will have time to heat up the water when it’s not being used. Tankless means it has to be heated instantly.

It takes ~ 4 kJ to heat 1 kg of water for each 1°C. If you want to do that in 1 second, you need 4 kW of heating power.

So if a shower uses, say, 9 litres per minute, i.e. 0.15 litres per second, heating that water from 10°C (typical cold water temperature) to 40°C (comfortable shower temperature) is:

4 • 0.15 • 30 = 18 kW

Anything less heats less water per second, or to a lower temperature.

Like this 5.1 l/min unit at 9.5 kW will be able to heat that flowrate ~28°C above its inlet temperature.

I appreciate the work :)

1 kWh/s (with you there) = 3600 kWs / s = kJ/s = kW!

= 3600000 J/s (=W) = 3.6 MJ/s (=MW)

3.6 MW even. :)

3.6 kW is what a 50cc internal combustion engine typically produces

Is this loss?

Different films. I guess this is the Jackie chan movie:

https://en.wikipedia.org/wiki/Crime_Story_(1993_film)?wprov=sfla1