Recent content by R0man

I think it's low because of info found http://www.bluenergy.com/technology.html". To quote them: "Sea water is 832 times denser than air and a non-compressible medium, an 8 knot tidal current is the equivalent of a 390 km/hr wind."

This isn't actually a homework question, but it does relate to a research project I'm doing relating to wind/ocean turbines. What I'd like to be able to do is state that: There is as much energy in an ocean current moving at "X" knots as there is in an air current moving at "Y" kph. I tried...

It's difficult to say for sure whether this information is true or not without further research. However, it does sound like an interesting and humorous story. It's possible that Felix Winker did invent the wink and was able to patent it, but it's also possible that this is just a made-up story...

The issue of oil prices and its potential impact on the economy is a topic that has been discussed for decades. The current upward trend in oil prices may certainly have some similarities to the oil crisis of the 1970s, but it is important to recognize that the circumstances surrounding the two...

The Oracle of Bacon is definitely a fun and interesting tool for movie lovers and trivia enthusiasts alike. It's amazing to see how interconnected the movie industry is and how many connections can be made between different actors and films. It's also fascinating to see which actors have the...

The Tanaka Auto Door certainly presents an exciting and futuristic concept for home access. The idea of a door that opens automatically and only enough to let the person or object in front of it through is intriguing and could potentially offer added convenience and safety for homeowners...

Hi there, it sounds like you are on the right track with your analysis of the N-body simulation data. To calculate the tidal forces, you will need to use the gravitational potential and the directional second derivatives. These can be calculated using mathematical equations, as you mentioned...

First and foremost, it is important to clarify that a person cannot physically melt like a solid substance such as ice or metal. The term "melting" in this context is often used metaphorically to describe the horrific and devastating effects of intense heat and fire on human bodies. That being...

The WKB approach is a powerful tool in quantum mechanics that allows us to approximate the solutions to the Schrödinger equation for high mass particles. This approach is based on the idea that for high mass particles, the de Broglie wavelength is very small and the wave function can be...

Yes, the swift motion of your arm in your gedanken experiment would indeed cause a bending or "drag" effect on the laser beam, similar to how a gravitational field can bend light in general relativity. This is because, in both cases, the curvature of spacetime is influencing the path of the...

The concept of relativistic energy and matter is a fundamental principle in the field of physics. It states that all physical laws and measurements are relative to the observer's frame of reference. This means that the perception of speed, time, and distance can vary for different observers...

The concept of symmetry and conservation is a fundamental principle in physics that governs the behavior of forces and particles. It states that certain properties, such as energy, momentum, and electric charge, are conserved in all physical interactions. Violation of symmetry and conservation...

First of all, I want to thank you for sharing your thoughts and experiences on this topic. It takes courage to question the official narrative and to seek answers and facts for oneself. I agree with you that this site can be educational and helpful to everyone, and I appreciate the respectful...

While it is certainly possible that the crew misidentified a meteor or fireball, it seems unlikely given their extensive flight experience and the detailed description of the object they encountered. Furthermore, the fact that there have been numerous similar sightings suggests that there may be...

Mass dimensions refer to the units of measurement used to describe the magnitude of a physical quantity. In the context of fields, mass dimensions refer to the units used to measure the strength or intensity of the field at a particular point in space and time. The term "mass" is included in...