Especially since many of the plants die after 1 year anyway so it’s not even like we shorten their lives anyway.
Especially since many of the plants die after 1 year anyway so it’s not even like we shorten their lives anyway.
I think most people watch a show wanting to plot to progress but some really enjoy the break and doing something else even if it’s bad they like the variety.
Idk about the whole talk of having an excuse to shareholders, I don’t think shareholders look into hey these offices are sitting unused I demand an explanation I think they care how much profit the company making and what are future predictions of profit.
Sorry I thought it was 60 cause that was the newest one but looked at mine it’s the haklo station 70w. Pretty sure it’s 70w but could be just 70w at startup.
My opinion for what it’s worth is generally no one is going to not play hollow knight because they are playing the ripoff. You can’t own a style or game genre if someone has a similar look and feel there’s not much you can do about it than have a better game.
I have a 60w iron and 16awg is always the size that’s just too big for me and always a pain to solder.
Then how did all these people eat tide pods. Once tiktok realized they were promoting check fraud they stopped it but you can’t react fast enough for some of these things
That’s like saying YouTube or Facebook I forget which one, got people to eat tide pods. Information spreads on all platforms whether good or bad.
I’ve never used one but I just looked up the specs and it looks like it maxs out at 75 watts. Is that enough to keep it hot with like 16 gauge wires?
Just curious what do you think a reasonable price would be for this product?
I’ve heard of a male birth control every couple years and still nothing on the market. Usually it’s because there are slight side effects and that’s considered to much of a risk meanwhile female birth control can cause blood clots and whatnot. I’m too jaded to believe this will ever come to fruition.
So it looks like for senior design classes the students don’t have to be associated with projects where they lose their IP rights. But sponsors have the right to say a project will give all IP to the sponsor. I imagine how this works in practice is all external companies will require they retain IP then the professor creates additional projects where ip can be retained but these are usually canned projects solving some trivial problem that won’t really allow the students to go anywhere interesting with the project. I am not saying that’s the case but I remember at my undergrad and at the UC school that was the case.
There are graduate students unions or research assistant unions. Undergraduates (not ones working in a lab) don’t work for the university they are customers. It would be like members of a gym unionizing. I guess it could happen maybe.
I worked at a UC and companies retained all IP across all UCs and my undergrad school from the east coast was the same way. I’ve never heard of a university that let students keep their IP. I would imagine it would be hard to attract outside companies since the companies pay to be a part of the program. Can you point to a university program that allows students to retain their IP for senior design projects? I know if a student is doing a project through the school for a different class like a lab and they invent something or are volunteering the university has no claim to it but senior design is different.
The sad thing is the students who actually did the work will probably see no financial gain from this. Students pay to take a class and then a company pays the university for access to the students and the students ideas and work is used by a company with no financial benefit to the students. Everyone makes out except the students.
That would be awesome, any idea where you heard that, I’ve read other sodium based technologies have ~65%
I didn’t see anything about round trip efficiency. I’ve heard that’s a big downside so it might make energy storage a hard sell.
You mean like ores like copper, iron, rare earths that kinda thing. There are seems of minerals that are actually meteorites that have collected in certain spots on a glacier. Haven’t heard anything about other large deposits but usually you would need to do all kinds of geological surveys to find that stuff and since most places are covered in 1mile+ of ice it’s near impossible.
When you say resources what resources are you referring to specifically?
The problem with the comparison is hydrocarbons are the energy source, hydrogen is no it’s just the energy carrier. It is very inefficient to convert energy to hydrogen then convert it back again. Something like 60% round trip efficiency. Not to mention the cost and loss in loading into containers and shipping it around the world. It’s also not a very dense fuel per volume especially compared to oil. It’s just way easier and cheaper to have cables that run from one place to another. They are already building one from Australia to Singapore and if it’s successful that will probably open the floodgates. There aren’t many places that are more than 2000 miles away from large sources of renewable energy even if your thinking places like Alaska which could do hydro if there ever was dense enough populations anywhere that would consume it.