Some pellet airguns boast of breaking the sound speed with 1,200 fps.
Now I have a question that only a real scientific mind can answer and not these jimmycrackloudmouths on the Internet. The question I am going to ask is that the question is probably more profound than what the answer is. So please do not dive into this question.
Question: I notice that my BB airguns have but a small cylinder that holds the pumped compressed air. Just a small cylinder that shoots a BB at close to 800 fps. The maximum a slingshot can do is 300 fps. So I look at these two reservoirs of energy of a small cylinder with compressed air and a slingshot of its large elastic. And I wonder, why is compressed air in such a small cylinder have so much more force than this large elastic. So the question is Elastic X factor = Air. What is the physical underpinning as to why elastic always falls short of compressed air?
Can we equate compressed air to EM elastic and is the answer have something to do with the fact that EM elastic has cancelling energy whereas the compressed air has little to none cancelling energy and can focus the energy on the BB.
Archimedes Plutonium, a snipped-for-privacy@hotmail.com whole entire Universe is just one big atom where dots of the electron-dot-cloud are galaxies