No. Your assumptions are convoluted and specially adapted to come to the conclusions you desire. Mine aren't.
And yours are specially adapted to come to the conclusion you desire. For example, when I provide a remarkable observation such as the aggregate pump rate as measured by Alan NEARLY EXACTLY matches the pump rates of the BF3 and BF4, it's almost entirely lost on you and other hyper-skeptics. Yet the probability of this being a coincidence is astronomically low. I've knocked down so much BS on this forum over the years by simply highlighting the evidence on the record, it sometimes makes me wonder how incompetent (or perhaps deceitful) so many people here are. I don't know what motivates you and others. I actually respect you much more than some others here, but you are driven, and I don't really understand by what nature you are here, and for what reasons you devote such great time and effort to your cause.
QuoteIt is always helpful to reduce assumptions though. Along these lines, I again request your view on the video of the hose emitting steam at just under 6 kg/hour. Would you not agree that Mr Rossi's hose in the Krivit video is emitting steam at a much lower velocity even though Rossi claims to be generating steam at a higher rate (7kg/h)? The nice thing about the 6 kg/h video is that this steam is also delivered through a hose that is several metres long ... like Rossi's. So, if Rossi's steam is a weak dribble because of internal condensation then that should be the case in the other video too. But it isn't. I sense thaqt you arfe resisting comparing the two videos but I wish you would go ahead and do so.
I told you my view. But I guess you continue to insist that I don't respond to your critiques, so I'll give you a bit more: you post a video and claim it is 6kg/hour, but we have no idea about who made that video, whether it is accurate, whether it was independently checked, who is behind it, etc. And to be honest, while it does appear to have a bit more oomph, it is in the ballpark of what we observe with Rossi's hose.