If it has Q or J or both it becomes a Kerr-Newman Black Hole. oxygen 45%, magnesium 23%, silicon 22%, iron 5.8%, calcium 2.3%, aluminum 2.2%, sodium 0.3%, potassium 0.3% Also for the element, it the only one that can't be combined into higher element and that's why stars can't go anymore fusion that it in which it where it will go boom. Scott Johnston Temperature and pressure are directly proportional, but that doesn't always mean that if one of those variables rise, so will the other unless it a closed system, i.e. volume. Here's where I'm a little unsure and I think you can help me...is a star considered a closed system? Gravity holds it in place until a sufficient amount of pressure overcomes gravitational pressure and then, I assume, the star will expand. Does that star only expand when a supernova occurs? Also, I don't know...I just assumed, that the reason that a significantly MUCH greater amount of energy is required to create cobalt than it does iron is because of the huge "jump" in energy required to create the next "shell of electrons" needed to create cobalt? Your expertise would be appreciated... Fe - iron.
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Me too. As soon as I said, "cast iron skillet..." I figured I would be iron, no matter what I said. If it wasn't so freaking long, I'd go back and change all but that one just to find out. Paul Lelekis Well in the realm of astrophysics a star is considered a closed system on Mondays Wednesdays and Fridays and an open system on Tuesdays Thursdays and Saturdays and on Sunday we don't discuss stars...:). Seriously though, Mechanically anygiven star can be considered a 'closed system' as it is gravity that controls the inward compression (until some event threshold is breached at which point the countering force created by that event overcomes the pull of gravity) and we have to remember that it is gravity driven compression that fuses hydrogen to helium to lithium/beryllium to Carbon etc. Gravity holds an inverse relationship with objects at a distance beyond the quantum. Newtonian mechanics and the Universal Law of gravitation is defined as every particle in the universe attracts every object in the universe directly proportional to the product of the two masses and falling off as the inverse square of the distance between the two objects. In other words if I have two lumps of Masses 2 mass units and 4 mass units then the direct relationship (without consideration of the masses distance) is a pull of 8. If the two objects are a distance apart of 4 distance units then the intensity of the 'pull' is i=1/4^2.
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The net effect of this is that the more matter you have in one place the more it pulls at every other object in the universe. The closer together the two masses are the more intense is the pull such that at some point the matter itself (which cant occupy the same space at the same time with the same spin parameters (Pauli's Exclusion Principle)) given enough of it in the same local area begins to cause the components that make up matter (aka electrons neutrons and protons) to undergo a change (liberating energy (and repulsing the inward pull with pressure going the opposite direction)). Stephanie Petty i got iron too, same question made me hesitate longer than normal...and the prediction 'careful you don't rust away really made me laught...what fun. The most abundant elements of Earth's crust are oxygen and silicon, but the core of the planet is mostly iron, accounting for most of its mass.
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I think the question about your fave number is the only one that really matters....I picked 8 and that is oxygen's atomic number, which is the element I got. I don't remember the other numbers you could choose from, but I'm seeing a lot of repeats.. Just my theory. Eight is and always has been my favorite number.
