@heather I don't think people would be looking for constellations on the advertisement :'D. It should be visually appealing. However, I appreciate your thought about inserting a constellation there.
A uniform plate of mass $m$ is suspended in each of the ways shown.
Immediately after the connection at B has been released, is the angular acceleration the same or not? I think it should be the same.
If we apply the equation for torque about A (as A would be the axis of rotation), then there ...
> "Homework-like questions should ask about a specific physics concept and show some effort to work through the problem. We want our questions to be useful to the broader community, and to future users. See our meta site for more guidance on how to edit your question to make it better" – Kyle Kanos, Jon Custer, heather, knzhou, Qmechanic
@koolman No, it's asking someone to answer a problem for you. You haven't identified a concept that you're stuck on, you just dumped your homework in our laps.
@0celo7 @heather Sorry. I was unclear up there. If you supply enough power it will superheat at the top. Go slower and even osmosis will distribute the energy vertically. If the container is short enough and well insulated that could result in uniform temperature.
SO as you add energy, at the boiling point and at constant temperature the water can't heat up directly (because there is no such thing as liquid water at higher temperature (yeah, I know, superheated state; stop being a smart ass).
@heather Great, @EmilioPisanty, now I don't know if I like this better because the left-to-right rocket simply feels more as if it has a goal or if the video conditioned me to think that
@dmckee it's because the Gibbs free energy of the vapour is dominated by the pressure and that's pinned a 1 atm. So the Gibbs free energy of the liquid can't rise higher than that.
@obe I'm simply asking you to provide constructive feedback to someone who's taking their first steps in design. At present your feedback is not detailed enough to be useful, and it is in fact pretty mean.
@ACuriousMind Plenty of office-type software (espcially MS) makes it hard to insert a deliberate linebreak but start the new line with a lower-case letter
@obe current ad looks decent to me. Since you seem so certain that your advert will both be ground-breakingly awesome and show a newcomer all their mistakes, I'm sure you can manage just fine without our feedback.
@obe "look at the bottom of the rocket, it's basically irregular scribbles $\neq$ the fact that you used black to outline the rocket when the background is also the same black"
I don't get how you guys are treating @heather like a baby and giving her useless feedback on things like the font that aren't even issues when the design as a whole is flawed in so many ways.
@0celo7 that's tricky. Frankly, for a homework problem, I think your goal there is simply "find a reasonable hamiltonian that will have the spectrum in part (b)".
Roy Fox Lichtenstein (pronounced /ˈlɪktənˌstaɪn/; October 27, 1923 – September 29, 1997) was an American pop artist. During the 1960s, along with Andy Warhol, Jasper Johns, and James Rosenquist among others, he became a leading figure in the new art movement. His work defined the premise of pop art through parody. Inspired by the comic strip, Lichtenstein produced precise compositions that documented while they parodied, often in a tongue-in-cheek manner. His work was influenced by popular advertising and the comic book style. He described pop art as "not 'American' painting but actually industrial...
Landau quantization in quantum mechanics is the quantization of the cyclotron orbits of charged particles in magnetic fields. As a result, the charged particles can only occupy orbits with discrete energy values, called Landau levels. The Landau levels are degenerate, with the number of electrons per level directly proportional to the strength of the applied magnetic field. Landau quantization is directly responsible for oscillations in electronic properties of materials as a function of the applied magnetic field. It is named after the Soviet physicist Lev Landau.
== Derivation ==
Consider a two...
you want objective feedback? okay. the rocket is scribbled, the outline blends into the background, the design of the rocket is too generic and lacks basic details, the flames look unnatural, the fonts are inappropriate for a space exploration site and have no sci-fi look to them. and the list goes on. @heather
@obe You're free to not like those features but "scribbled", generic rocket design and non-realistic flames can be choices and not mistakes. If we were going for realism we could've just taken heather's profile picture and slapped a "space.SE!" on it :P
The bug-eyed monster is an early convention of the science fiction genre. Extraterrestrials in science fiction of the 1930s were often described (or pictured on covers of pulp magazines) as grotesque creatures with huge, oversized or compound eyes and a lust for women, blood or general destruction. The term is now often abbreviated to BEM.
In the contactee/abductee mythology which grew up quickly beginning in 1952, the blond, blue-eyed, and friendly Nordic aliens of the 1950s were quickly replaced by small, unfriendly bug-eyed creatures, closely matching in many respects the pulp cover clichés...
@ACuriousMind in this case they are choices and clearly design flaws because for it to be different from that it would require more skill and effort. and @EmilioPisanty okay, I'll stop and make my own.
@obe Agreed. However do note that heather's picture isn't going to be a part of an art competition. It is an advertise for a SE site. The things which you pointed out will just serve decorative purpose and may not be possible to implement all together. I suggest you make another image yourself. Personally, I find heather's ad succint and I believe it will serve the purpose effectively.