Durchmesser eines Atoms/Atomkerns?
Es wäre nett wenn mir jemand die Spanne nennen könnte wie groß ein Atom und ein Atomkern in seinem Durchmesser sein kann. Am besten wäre würe es wenn dies in nm (Nanometer ) angegeben wäre.
Es wäre nett wenn mir jemand die Spanne nennen könnte wie groß ein Atom und ein Atomkern in seinem Durchmesser sein kann. Am besten wäre würe es wenn dies in nm (Nanometer ) angegeben wäre.
Please don't link to a video. I already found one myself. The guy just keeps talking about how awesome he is, scribbles illegibly, covers the board, and in the end, I can't see anything at all. I am not interested in the derivation, but only in the formula: n = Log… Log…
The central force is the resultant force composed of all real forces. When a car drives over a bump, the central force is composed solely of Fg. Fg acts downward, and so does the central force (since it acts toward the center of the circle). Since Fu, the underlying force, acts upward (from the bump…
What is the force that the force gauges indicate?
(Refers to task 3 b) )
Was auch immer das ist, aber bestimmt cool.
Good day, my dear friends. I've been given the physics homework to determine the efficiency of a washing machine by researching it online. Unfortunately, I can't find any values. If anyone knows what this efficiency is, I would be very grateful. Thanks in advance:-)
The atomic nucleus is located in the centre of the atom; its diameter is about 1⁄20,000 to 1⁄50,000 of the diameter of the electron shell. However, depending on the element, the atomic nucleus represents 99.95 to 99.98 percent of the mass of the entire atom.
https://de.m.wikipedia.org/wiki/Atomkern#:~:text=The%20Atomkernel%20sich%20im,the%20Masse%20des%20all%20Atoms.
there are no chips so to the diameter of an atom I found the chips 0.1 to 0.5 nm but at the atomic core I don’t know.
Atomic nuclei have between 0.074 nm for H to 0.524 nm for Cs.
The atom itself is ten thousand to a hundred thousand times larger.
You’re confused! Atoms have diameters in the range of a few 100 pm (=0.1 nm) and atomic nuclei are only 1/10000-1/100000 of them, i.e. FEMTOMETER!
Yes, thank you.