Runes
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Ok love this one XD
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I wonder what the damage would be holding it for 15 seconds.
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Nothing would happen it is so incredibly dangerous for its short half life time and reasonable amount of energy that’s freed by its decay.
Its just fucking lead, bro.(Well, nickel)
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Cobalt 60 has a half life of 5.27 years. Assuming that a language lost to time is at least 500 years old, the rod should be fairly safe to handle. Heck, even after only 100 years less than 0.01% of the original amount of radioactive material would be left.
But that aside - One of the items that can be found in the video game series Avernum is Uranium bars, which give you a nice unhealthy glow
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I wonder what the damage would be holding it for 15 seconds.
If the rod is glowing, probably a fuckton.
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Cobalt 60 has a half life of 5.27 years. Assuming that a language lost to time is at least 500 years old, the rod should be fairly safe to handle. Heck, even after only 100 years less than 0.01% of the original amount of radioactive material would be left.
But that aside - One of the items that can be found in the video game series Avernum is Uranium bars, which give you a nice unhealthy glow
If it’s actively glowing blue, I don’t think it’s safe to handle.
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I wonder what the damage would be holding it for 15 seconds.
I asked Chat GPT:
Approximate unshielded dose rates:
At 1 m: ≈ 5.2×10^4 Sv/h (≈51,800 Sv/h) — fatal essentially instantaneously (seconds or less).
At 3 m: ≈ 5.8×10^3 Sv/h — fatal within seconds.
At 10 m: ≈ 5.18×10^2 Sv/h — fatal within tens of seconds.
At 30 m: ≈ 5.8×10^1 Sv/h — severe, life‑threatening in minutes.
At 100 m: ≈ 5.2 Sv/h — dangerous; a few hours would produce fatal/serious acute radiation syndrome.
(For perspective: an acute whole‑body dose of ~4–5 Sv often causes death without intensive medical care; 1 Sv already causes significant radiation sickness.)
These are conservative, point‑source, unshielded estimates for whole‑body dose from the gammas. Being closer, or in contact, or staying in the field increases dose proportionally.
Back to me again. I’m sorry my radioactive physics game is weak and I had to speculatively look it up. That’s a lot of downvotes, yet no one decided to share the math themselves.
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I assume “danger” and “drop & run” would be straightforward enough, but does casting comprehend languages cause the wizard to understand the concept of radiation (or cobalt, or how large a ‘curie’ is)?
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Cobalt 60 has a half life of 5.27 years. Assuming that a language lost to time is at least 500 years old, the rod should be fairly safe to handle. Heck, even after only 100 years less than 0.01% of the original amount of radioactive material would be left.
But that aside - One of the items that can be found in the video game series Avernum is Uranium bars, which give you a nice unhealthy glow
Somebody casted Repair on the rod
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Cobalt 60 has a half life of 5.27 years. Assuming that a language lost to time is at least 500 years old, the rod should be fairly safe to handle. Heck, even after only 100 years less than 0.01% of the original amount of radioactive material would be left.
But that aside - One of the items that can be found in the video game series Avernum is Uranium bars, which give you a nice unhealthy glow
What if it was stored in a fridge
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I assume “danger” and “drop & run” would be straightforward enough, but does casting comprehend languages cause the wizard to understand the concept of radiation (or cobalt, or how large a ‘curie’ is)?
I’d personally translate it to the closest word they have.
If I decided they didn’t have a word that was directly equivalent, in this case I’d use the closest word, “light-emitting”.
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I asked Chat GPT:
Approximate unshielded dose rates:
At 1 m: ≈ 5.2×10^4 Sv/h (≈51,800 Sv/h) — fatal essentially instantaneously (seconds or less).
At 3 m: ≈ 5.8×10^3 Sv/h — fatal within seconds.
At 10 m: ≈ 5.18×10^2 Sv/h — fatal within tens of seconds.
At 30 m: ≈ 5.8×10^1 Sv/h — severe, life‑threatening in minutes.
At 100 m: ≈ 5.2 Sv/h — dangerous; a few hours would produce fatal/serious acute radiation syndrome.
(For perspective: an acute whole‑body dose of ~4–5 Sv often causes death without intensive medical care; 1 Sv already causes significant radiation sickness.)
These are conservative, point‑source, unshielded estimates for whole‑body dose from the gammas. Being closer, or in contact, or staying in the field increases dose proportionally.
Back to me again. I’m sorry my radioactive physics game is weak and I had to speculatively look it up. That’s a lot of downvotes, yet no one decided to share the math themselves.
Back to me again. I’m sorry my radioactive physics game is weak and I had to speculatively look it up. That’s a lot of downvotes, yet no one decided to share the math themselves.
I asked my toddler about the radiation and she said “nana” and then with emphasis “nana” once more.
The downvotes are because our two methods of finding an answer are roughly equally likely to returning a reliable answer.
Mine is slightly better for the climate, maybe. That will likely change as she grows up and uses up more resources. I’ll ask her to do the math on that one later, she is busy eating a book right now.
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Isn’t the blue glow only present under water (or other transparent medium with a similarly high index of refraction)?
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Hopefully there’s one of these around: Material Safety Data Sheet for cobalt 60.
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Isn’t the blue glow only present under water (or other transparent medium with a similarly high index of refraction)?
It’s technically slightly visible in air; if actually visible at all in air it means the level of radiation is ludicrously deadly
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Back to me again. I’m sorry my radioactive physics game is weak and I had to speculatively look it up. That’s a lot of downvotes, yet no one decided to share the math themselves.
I asked my toddler about the radiation and she said “nana” and then with emphasis “nana” once more.
The downvotes are because our two methods of finding an answer are roughly equally likely to returning a reliable answer.
Mine is slightly better for the climate, maybe. That will likely change as she grows up and uses up more resources. I’ll ask her to do the math on that one later, she is busy eating a book right now.
She’s absolutely right!
NANA, you dopes!
Roll for speed
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If it’s actively glowing blue, I don’t think it’s safe to handle.
If it’s actively glowing blue it means it’s under water producing Cherenkov radiation and the water should shield you from the alpha particles.
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I asked Chat GPT:
Approximate unshielded dose rates:
At 1 m: ≈ 5.2×10^4 Sv/h (≈51,800 Sv/h) — fatal essentially instantaneously (seconds or less).
At 3 m: ≈ 5.8×10^3 Sv/h — fatal within seconds.
At 10 m: ≈ 5.18×10^2 Sv/h — fatal within tens of seconds.
At 30 m: ≈ 5.8×10^1 Sv/h — severe, life‑threatening in minutes.
At 100 m: ≈ 5.2 Sv/h — dangerous; a few hours would produce fatal/serious acute radiation syndrome.
(For perspective: an acute whole‑body dose of ~4–5 Sv often causes death without intensive medical care; 1 Sv already causes significant radiation sickness.)
These are conservative, point‑source, unshielded estimates for whole‑body dose from the gammas. Being closer, or in contact, or staying in the field increases dose proportionally.
Back to me again. I’m sorry my radioactive physics game is weak and I had to speculatively look it up. That’s a lot of downvotes, yet no one decided to share the math themselves.
You’re not getting downvoted. ChatGPT is getting downvoted, and you just happened to be in the way.
These guys, the 2nd google link after AI, say that a 3540 Ci/130 TBq source would be around 500 Sv/h at 30 cm. Even Wikipedia says 45 Sv/h at 1m
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That’s what you get for not casting it on the “This is not a place of honour” sign near the jagged black obelisks after encountering the colony of glowing cats
