c) Simon:
²²⁵Ra (β⁻, t~½~ = 14.9 d) →
²²⁵Ac (α, t~½~ = 9.92 d) →
²²¹Fr (α, t~½~ = 4.18 min) →
²¹⁷At (α, t~½~ = 32.3 ms) →
²¹³Bi (β⁻, t~½~ = 45.6 min) →
²¹³Po (α, t~½~ = 3.65 μs) →
²⁰⁹Pb (β⁻, t~½~ = 3.25 h) →
²⁰⁹Bi (α, t~½~ = 2.01 × 10¹⁹ y) (this is WAY more than the age of the universe so it’s unlikely that any atom in the sample will become tellurium in Simon’s lifetime)→
²⁰⁵Tl (stable)
I was gonna say, it looks very much like some funky stuff
They don't even appear to be close enough to be doing whats implied. Its like they're licking the couch lol
Dear god...
Messing up the order of the Chipmunks hurts my brain.
That was the first thing I thought too lol Simon is supposed to be second and I just can't handle it
They're close enough to each other for that shit to not matter. They are dead as fuck fr
Doesn't matter. They're all gonna die,so I see this as an absolute win. (Sorry,I'm old,and have heard the Christmas song enough times this makes me smile)
As a fellow chipmunks hater, I would be remiss if I didn't tell you to check out chipmunks on 16 speed. Truly a mind melting experience.
Holy shit dude,the stories in the comments,tho. But really these munks I could get behind,lol. Definitely better than the crap we got
Definitely Simon since radium has a much higher activity than the other two.
Yes, you happen to be correct but you can't just say that. Different isotopes of each of these elements can be many orders of magnitude more active. If I could summon a few grams of any isotope of carbon (like C-20 that decays in microseconds), I could kill you with radiation poisoning instantly.
Anyway, it’s β⁻ decay so they are all affected, plus some α from secondary products that will be mostly received by Simon.
Unless Alvin’s ²³⁵U is above critical mass, in which case they all die very quickly.
Your comment above gave the half lives of the main substances and their secondary products, right? Could you recommend any resources for someone to learn how to do what you did above?
To expand a bit, you look up the isotope, look at their decay products, and then look up their decay products, and so on until you get to a stable isotope (usually lead or iron).
I used nothing but about 20 Wikipedia pages lol. It would be more if I also checked the less common decay path but that's <2% at most.
Radium produces the most radiation by miles. The plutonium gives off some alpha radiation that won't hurt you if you don't eat it. (Eye protection would be a good idea I suppose.) I don't remember what U-235 emits but I don't think it's a huge amount.
The half-life of ^235^U is hundreds of millions of years so it is not a concern. However, it will literally become a nuke if too much (a few liters or 60 kg) get too close together.
The half-life of plutonium-239 is tens of thousands of years so only a thousandth will get a chance to hurt Theodore over his lifetime. However, it is probably chemically toxic so it might cause non-radiation poisoning.
Radium-225 will decay in days, and will quickly go through 7 more radioactive reactions, both alpha and beta, before becoming essentially stable bismuth. It is the worst by far.
The plutonium gives off some alpha radiation that won’t hurt you if you don’t eat it.
Breathing in particles of plutonium is the danger.
Because it emits alpha particles, plutonium is most dangerous when inhaled. When plutonium particles are inhaled, they lodge in the lung tissue. The alpha particles can kill lung cells, which causes scarring of the lungs, leading to further lung disease and cancer. Plutonium can enter the blood stream from the lungs and travel to the kidneys, meaning that the blood and the kidneys will be exposed to alpha particles. Once plutonium circulates through the body, it concentrates in the bones, liver, and spleen, exposing these organs to alpha particles. Plutonium that is ingested from contaminated food or water does not pose a serious threat to humans because the stomach does not absorb plutonium easily and so it passes out of the body in the feces.
a) Alvin:
²³⁵U (α, t~½~ = 7.04 × 10⁸ y) (fissile @ spherical critical diameter 17.3 cm) →
²³¹Th (β⁻, t~½~ = 25.5 h) →
²³¹Pa (α, t~½~ = 3.27 × 10⁴ y) →
²²⁷Ac (β⁻, t~½~ = 21.8 y) →
²²⁷Th (α, t~½~ = 18.7 d) →
²²³Ra (α, t~½~ = 11.4 d) →
²¹⁹Rn (α, t~½~ = 3.96 s) →
²¹⁵Po (α, t~½~ = 1.78 s) →
²¹¹Pb (β⁻, t~½~ = 36.1 min) →
²¹¹Bi (α, t~½~ = 2.14 min) →
²⁰⁷Tl (β⁻, t~½~ = 4.77 min) →
²⁰⁷Pb (stable)
b) Theodore:
²³⁹Pu (α, t~½~ = 2.031 × 10⁴ y) →
²³⁵U (α, t~½~ = 7.04 × 10⁸ y) →
²³¹Th (β⁻, t~½~ = 25.5 h) →
²³¹Pa (α, t~½~ = 3.27 × 10⁴ y) →
²²⁷Ac (β⁻, t~½~ = 21.8 y) →
²²⁷Th (α, t~½~ = 18.7 d) →
²²³Ra (α, t~½~ = 11.4 d) →
²¹⁹Rn (α, t~½~ = 3.96 s) →
²¹⁵Po (α, t~½~ = 1.78 s) →
²¹¹Pb (β⁻, t~½~ = 36.1 min) →
²¹¹Bi (α, t~½~ = 2.14 min) →
²⁰⁷Tl (β⁻, t~½~ = 4.77 min) →
²⁰⁷Pb (stable)
c) Simon:
²²⁵Ra (β⁻, t~½~ = 14.9 d) →
²²⁵Ac (α, t~½~ = 9.92 d) →
²²¹Fr (α, t~½~ = 4.18 min) →
²¹⁷At (α, t~½~ = 32.3 ms) →
²¹³Bi (β⁻, t~½~ = 45.6 min) →
²¹³Po (α, t~½~ = 3.65 μs) →
²⁰⁹Pb (β⁻, t~½~ = 3.25 h) →
²⁰⁹Bi (α, t~½~ = 2.01 × 10¹⁹ y) (this is WAY more than the age of the universe so it’s unlikely that any atom in the sample will become tellurium in Simon’s lifetime)→
²⁰⁵Tl (stable)
It took me far too long to realize what was going on before this image was modified...
Found it! NSFW!!
I was gonna say, it looks very much like some funky stuff
They don't even appear to be close enough to be doing whats implied. Its like they're licking the couch lol
Dear god...
Messing up the order of the Chipmunks hurts my brain.
That was the first thing I thought too lol Simon is supposed to be second and I just can't handle it
They're close enough to each other for that shit to not matter. They are dead as fuck fr
Doesn't matter. They're all gonna die,so I see this as an absolute win. (Sorry,I'm old,and have heard the Christmas song enough times this makes me smile)
As a fellow chipmunks hater, I would be remiss if I didn't tell you to check out chipmunks on 16 speed. Truly a mind melting experience.
I'm sorry, you're welcome.
Here is an alternative Piped link(s):
chipmunks on 16 speed
Piped is a privacy-respecting open-source alternative frontend to YouTube.
I'm open-source; check me out at GitHub.
Holy shit dude,the stories in the comments,tho. But really these munks I could get behind,lol. Definitely better than the crap we got
Definitely Simon since radium has a much higher activity than the other two.
Yes, you happen to be correct but you can't just say that. Different isotopes of each of these elements can be many orders of magnitude more active. If I could summon a few grams of any isotope of carbon (like C-20 that decays in microseconds), I could kill you with radiation poisoning instantly.
Anyway, it’s β⁻ decay so they are all affected, plus some α from secondary products that will be mostly received by Simon.
Unless Alvin’s ²³⁵U is above critical mass, in which case they all die very quickly.
Your comment above gave the half lives of the main substances and their secondary products, right? Could you recommend any resources for someone to learn how to do what you did above?
To expand a bit, you look up the isotope, look at their decay products, and then look up their decay products, and so on until you get to a stable isotope (usually lead or iron).
I used nothing but about 20 Wikipedia pages lol. It would be more if I also checked the less common decay path but that's <2% at most.
Came upon this Android app https://github.com/IAEA-NDS/IsotopeBrowser/releases
Playstore link https://play.google.com/store/apps/details?id=iaea.nds.nuclides
Wow, Dimension 20 "Burrow's End" is wild
I hate the fact I know this
im WAKIN UP
So? Who is it?
Radium produces the most radiation by miles. The plutonium gives off some alpha radiation that won't hurt you if you don't eat it. (Eye protection would be a good idea I suppose.) I don't remember what U-235 emits but I don't think it's a huge amount.
The half-life of ^235^U is hundreds of millions of years so it is not a concern. However, it will literally become a nuke if too much (a few liters or 60 kg) get too close together.
The half-life of plutonium-239 is tens of thousands of years so only a thousandth will get a chance to hurt Theodore over his lifetime. However, it is probably chemically toxic so it might cause non-radiation poisoning.
Radium-225 will decay in days, and will quickly go through 7 more radioactive reactions, both alpha and beta, before becoming essentially stable bismuth. It is the worst by far.
Breathing in particles of plutonium is the danger.
Radioisotope Brief: Plutonium
alvin is?
Theodore?
ALVIN!!