Excellent demonstration, I've read the book the making of the atomic bomb which is an incredible book but you're demonstration is a great accompanyment explaining the process!
@@banato01”The Making of the Atomic Bomb” by Richard Rhodes. It’s very long and very detailed, but you won’t find a better resource on the subject anywhere
dude you miss understand.. it has nothing to do with speed of light.. from the very beginning e=mc is just idea for atomic bom.. basically as long as the atom is split .. it can unleash amount of energy
@@pitodn0047 oh interesting! so what does “c” represent then and how do the resulting atoms (and neutrons) have less mass then the original atom and neutrons? Or my biggest question, that I can’t seem to wrap my head around, is how can you explain how mass is transferred to energy or how is it explained cause it’s only been explained to me with energy=mass x the “speed of light” squared (or just a constant that happens to also be the speed of light) Just to be clear I’m not being sarcastic or trying to question you I’m genuinely curious cause I haven’t had it explained to me in that way and I can’t wrap my head around the ways it’s been explained to me in the past
@@williamsutton7 . honestly i am not nuclear or physics expert, to put it simply.. atom bomb is just made from splitting atom as we called fission...we split atom in uranium by shooting neutron...in regard to your question what does c represent... i ask my friends it has nothing to do with c that represent speed of light..
@@williamsutton7You know how he said "the extra energy is released as *heat.."* right? Do you know what "heat" is a colloquial term for? 🤔 The electromagnetic spectrum consists of all the forms/wavelengths light can exist as... and "heat" is *infrared light* lmao (Not to mention the molecules used in fission are chosen due to their radioactive decay properties which release _gamma rays_ i.e. *light* in the gamma wavelength👍)
When the concentration of the fission product nuclei exceeds that of the fissile fuel nuclei. The neutrons will be captured by the fission products rather than the fuel, poisoning the reaction. That's the limiting case. What actually end the reaction is the explosion caused by this energy release expanding the fuel core such that the number density of fuel nuclei lowers (meaning there's more empty space between them) and the neutrons escape the core, rather than interacting with another nucleus.
From detonation of an element that has atoms that are easily split apart(uranium) and an element that already undergoes fission or natural decay(plutonium)
Full video located here: ua-cam.com/video/m3dpUk1emms/v-deo.html
Nice graphics by the way.
Excellent demonstration, I've read the book the making of the atomic bomb which is an incredible book but you're demonstration is a great accompanyment explaining the process!
name pls
just watch the movie Oppenheimer
@@banato01”The Making of the Atomic Bomb” by Richard Rhodes. It’s very long and very detailed, but you won’t find a better resource on the subject anywhere
Dont let North Korea have that book
@@banato01bros abouta plan something devious
I love a good Neutron
I knew it was quantum balls ! It's always quantum balls !
According to string theory, it can't be balls
@@imaccurate What are quantum strings made from? Quantum balls.
@@imaccurate why you bring string theory here lol
What ? No way ' everything is balls
Ternary fission is also a thing.
No weapon achieves an effective neutron number of 3.
But how can E=mc2 explain it when it's not at the speed of light?
dude you miss understand.. it has nothing to do with speed of light.. from the very beginning e=mc is just idea for atomic bom.. basically as long as the atom is split .. it can unleash amount of energy
@@pitodn0047 oh interesting! so what does “c” represent then and how do the resulting atoms (and neutrons) have less mass then the original atom and neutrons? Or my biggest question, that I can’t seem to wrap my head around, is how can you explain how mass is transferred to energy or how is it explained cause it’s only been explained to me with energy=mass x the “speed of light” squared (or just a constant that happens to also be the speed of light)
Just to be clear I’m not being sarcastic or trying to question you I’m genuinely curious cause I haven’t had it explained to me in that way and I can’t wrap my head around the ways it’s been explained to me in the past
@@williamsutton7 . honestly i am not nuclear or physics expert, to put it simply.. atom bomb is just made from splitting atom as we called fission...we split atom in uranium by shooting neutron...in regard to your question what does c represent... i ask my friends it has nothing to do with c that represent speed of light..
@@pitodn0047 C is the speed of light.
@@williamsutton7You know how he said "the extra energy is released as *heat.."* right?
Do you know what "heat" is a colloquial term for? 🤔
The electromagnetic spectrum consists of all the forms/wavelengths light can exist as... and "heat" is *infrared light* lmao
(Not to mention the molecules used in fission are chosen due to their radioactive decay properties which release _gamma rays_ i.e. *light* in the gamma wavelength👍)
I love how simple they make it for every body to understand it
E=mc^2 goes both ways. Think about how much energy you would need to make matter........
Year probably carbon?🤔 Anyway that's cool thinking.
Can you explain nuclear fusion how it's work and Chain reaction...
From what source we get that 1 neutron to start the fission
In nuclear power plants an initiator is used.
The first neutron that takes place in U²³⁵ comes from where ? 😢
But where do you get the neutron that causes the split?
There is an neutron initiator source: en.wikipedia.org/wiki/Modulated_neutron_initiator
@@ArvinAsh holy shit thank you
@@swagwolfgangthere's a neutron source in nukes which releases neutrons when barometric sensor triggers it.
Me who searched for science project 💀
Then keeps growing exponentially
if this continues so it may lead to the huge reaction rate is it controlled??
The reaction can be slowed by releasing neutrons from nuclear reactor because this is a chain reaction which occurs when neutron reacts with uranium
yes thats why only use 5% u235 in nuclear fuel and have control rods that can absorb some neutrons.
How does the chain reaction end then?
When the radioactive atoms become stabilized.
@@ExposeTheElitesNo.
When the concentration of the fission product nuclei exceeds that of the fissile fuel nuclei.
The neutrons will be captured by the fission products rather than the fuel, poisoning the reaction.
That's the limiting case.
What actually end the reaction is the explosion caused by this energy release expanding the fuel core such that the number density of fuel nuclei lowers (meaning there's more empty space between them) and the neutrons escape the core, rather than interacting with another nucleus.
How fast is it?
Not will, CAN be split.
What makes the reaction stop though thats the part i dont get
It stops when the uranium runs out. Uranium is the fuel, which gets fissioned.
It stops when the neutrons get absorbed or slow down very heavily
Split is always in two.
thanks
So informative
I've read that only part of the matter in the bomb fissioned.
How do we get that neutron?
From detonation of an element that has atoms that are easily split apart(uranium) and an element that already undergoes fission or natural decay(plutonium)
Spontaneous fission, photo fission, a,n reactions, fusion.
OOOooooh it heats its self up
A palestinian rebel: * takes notes*
That’s meee
KRYPTON
NUTTING