- #1
jlorino
- 40
- 0
why when i hit the desk with my hand do the atoms of the two objects not collide and distrupted the moleculer compound?
jlorino said:does the small residue affect ne of the molecules at all?
Dual Op Amp said:What happens is likes repell, and an atom has electrons (negatively charged) hovering aroung it. These electrons orbit the atom so fast, it would look like an electron cloud. The two electron clouds repell each other, so you can not dig into matter, as if it wasn't there.
Dual Op Amp said:Gas can be penetrated, because none of the gas molecules have any covelant bonds. In a desk, there are covelent bonds that make the desk a solid. As the hand presses on the desk, it compresses the atoms of the desk a little bit, it is the restorative force that pushes the desk back in shape. The restorative force is electron clouds repelling each other.
Double negatives, misspelled words, no "Of."
Geeze!
Dual Op Amp said:Gas can be penetrated, because none of the gas molecules have any covelant bonds. In a desk, there are covelent bonds that make the desk a solid. As the hand presses on the desk, it compresses the atoms of the desk a little bit, it is the restorative force that pushes the desk back in shape. The restorative force is electron clouds repelling each other.
Dual Op Amp said:The electrons move so fast, that they make what look like clouds.
When two objects are hit together, the impact causes vibrations in the molecules of the objects. These vibrations travel through the air as sound waves, which our ears then interpret as sound.
Yes, any two objects can produce sound when hit together as long as they are rigid enough to vibrate and create sound waves.
The loudness of a sound produced by hitting two objects together depends on the force of the impact, the rigidity of the objects, and the size and shape of the objects. Objects that are larger and have a larger surface area will typically produce louder sounds when hit together.
The sound produced by hitting two objects together can be changed by altering the force of the impact, the materials of the objects, and the surface on which the objects are hit. For example, hitting a metal object on a hard surface will produce a different sound than hitting it on a soft surface.
Yes, there is a limit to how loud a sound can be produced by hitting two objects together. This limit is determined by the strength and rigidity of the objects, as well as the force of the impact. If the force is too great, the objects may break or shatter instead of producing a sound.