This seems more of inertia, Newton's first law. "An object at rest stays at rest,...". What comes to mind say there is some threshold acceleration (e.g. or at extreme, accelerate to c within some short time, t), then essentially you have a body at rest and breaks at the weakest point. Interesting would be seeing this effect with varying viscosity.
Nintendo (subscription I have for my switch to access some older a classic games btw) is very good reminding me I have a subscription and whether I want to cancel (or renew). I don't have the email at hand but what I remember is thinking they really desire you to reflect to cancel (rather than a push to renew) if not wanting continued service. Sentiment of politeness and I find a good example what to do.
Also, not a subscription but seeing some dark practices after COVID onset at any fast-food like business (including cafes, juices, cupcakes, etc) where a preselected tip is selected. Default should be no.
So what is the practical advice to avoid high costs? Also for foreigners, long ago had a friend visit from Asia and wave away ambulance after a potential serious injury (waiver not to be transported) knowing of the high medical costs.
Let C, chapters
V, volumes
W, words
Is Knuth producing V, optimally and asymptomatically approaches O(n)? Explain. If not O(n) the explain how to approach or better.
Any insights? If not traditional Computer Graphics due to change, where might be the good to spend your attention within the field. Or is OP saying to stay away?
So there is O2 dissolved in the water. Most of what I read explains we can boiling away O2 as seen forming on the side of the walls of a pot as temp rises. What's curious is why those bubbles seem endless if they have been expelled out, like some equilibrium of oxygen getting dissolved again back into the water.
Could someone explain why raising standing water temperature to boiling, I see a constant stream of bubbles forming at the bottom of pan and floating up? Was there air between the water molecules to begin with? Any articles to help explain? I understand the obvious phase transition to gas which would escape at the top, but cannot quite grasp how we get the trapped air at the bottom.