It's not really a mystery.links 'n stuffMy video on 240V power in the US;https://youtu.be/jMmUoZh3Hq4Technology Connections on Twitter:https://twitter.com/Te...
Technology Connections has a knack for making topics interesting. It’s been a while since I watched this one, but I believe it breaks down the timing of kettles vs gas range vs electric resistance range vs electric induction. It also dispels a myth that it’s because kettles on 120v plugs aren’t good (they’re slower than 240v, but still faster than stoves).
That’s fine and good, and I might even watch the video based on your recommendation, but none of that refutes or deflates anything I’ve said thus far on the topic.
But I do appreciate the extra contextual information and recommendation, sincerely 👍
Thanks for restating the video??
I didn’t watch the video. The entire point of my comment was you don’t need a 20+ minute video to learn this, you just need a paragraph.
How do you know that there is nothing else in that video of note if you didn’t even gave it a chance?
It might. But the title didn’t give that impression, so it failed in its job at enticing me to click. No content is entitled to my viewership.
So like, what point do you think you’re actually making here?
edit: its not it’s
Technology Connections has a knack for making topics interesting. It’s been a while since I watched this one, but I believe it breaks down the timing of kettles vs gas range vs electric resistance range vs electric induction. It also dispels a myth that it’s because kettles on 120v plugs aren’t good (they’re slower than 240v, but still faster than stoves).
That’s fine and good, and I might even watch the video based on your recommendation, but none of that refutes or deflates anything I’ve said thus far on the topic.
But I do appreciate the extra contextual information and recommendation, sincerely 👍