Do you know how many bananas you need to eat to die of radiation? 😱
That's right, you can die of radiation by eating 🍌. But don't worry! I don’t actually think anyone would dare to do it.
So, here is a guide on: What to know before you go bananas about #NuclearRadiation?
That's right, you can die of radiation by eating 🍌. But don't worry! I don’t actually think anyone would dare to do it.
So, here is a guide on: What to know before you go bananas about #NuclearRadiation?
In 2017 the @UofCalifornia read our minds by answering a question that we all have:
How much #radiation is too much radiation? And well, the answer is more simple than we thought 👉it’s just a bunch of bananas.
How much #radiation is too much radiation? And well, the answer is more simple than we thought 👉it’s just a bunch of bananas.
But first, we need to get familiar and understand some terms. Are you ready?
Everything is composed of atoms (Yep, the periodic table). Some of these atoms are unstable & decay or break apart, & when this happens it emits what we call #Radiation.
Everything is composed of atoms (Yep, the periodic table). Some of these atoms are unstable & decay or break apart, & when this happens it emits what we call #Radiation.
Yep, everything is radioactive 🤯 BUT DON’T PANIC!
Extent of exposure is critical and that is dependent on the nature of the radioactive element in question, the amount, the distance we are from the radioactive material & the shielding that may be between us and the source.
Extent of exposure is critical and that is dependent on the nature of the radioactive element in question, the amount, the distance we are from the radioactive material & the shielding that may be between us and the source.
Now, the feeling that we all get when we hear ‘#NuclearRadiation’ is that any amount is too much, BUT the truth is:
We’re all exposed to radiation everyday! & for this example, we’ll use a banana for comparison.
We’re all exposed to radiation everyday! & for this example, we’ll use a banana for comparison.
Ok Hazelnut, but what does that number even represent?
Great question 🤓- Let’s put it on perspective:
Great question 🤓- Let’s put it on perspective:
Yes, bananas are radioactive, but… so are you!
Nope, I am not kidding 👇
A typical adult contains around 140g of K, of which about 16mg is K-40, making you x280 more radioactive than a banana. 🤯
Nope, I am not kidding 👇
A typical adult contains around 140g of K, of which about 16mg is K-40, making you x280 more radioactive than a banana. 🤯
Eating one 🍌 increases your total amount of K-40 by 0.4%, which is detectable with a sensitive Geiger counter, but this is temporary since your metabolism closely regulates the amount of K in your body, &… you will 🚽 💩the excess within a few hours.
As we said before, with radiation (and bananas 🍌) both dose & duration matter: You could eat 1,000 bananas in a decade, but you don't want to eat them all at once.
So: You can’t become radioactive by eating bananas, because you already are radioactive!
So: You can’t become radioactive by eating bananas, because you already are radioactive!
If you like to read more about the @UofCalifornia article 📖
universityofcalifornia.edu/news/what-know…
Shout out to @Cat240359, for sharing this article with us!
Now I’m wondering what are the different types of radiation…🫠 & you?
universityofcalifornia.edu/news/what-know…
Shout out to @Cat240359, for sharing this article with us!
Now I’m wondering what are the different types of radiation…🫠 & you?
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