How many bananas is a CT?
How many bananas is a CT?
70,000 bananas
A single mammogram is closer to 20,000 BED and a Chest CT is around 70,000 bananas, whereas a targeted radiation procedure, which might be done during a Radiation Oncology procedure, is closer to 20,000,000 BED.
How many bananas worth of radiation is a plane flight?
The comparison of common exposure ways is summarized in the chart below. The usual airport security scan would result in the same dose as from one eaten banana, while a medium length flight (for instance between New York and Los Angeles) would equal to 400 bananas eaten in terms of radiation dose.
How is banana radiation measured?
The standard measure of the biological effect of radiation is the sievert. One sievert is a heck of a big dose, but one tenth of a millionth of a sievert, or 0.1 micro sieverts, is roughly the dose from eating one banana.
What is the most radioactive food?
Brazil nuts are the most radioactive everyday food. However, large quantities of Brazil nuts, lima beans, and bananas all can set off radiation detectors when they pass through shipping. The radiation dose from eating one banana is calculated at 10−7 Sievert or 0.1 microSieverts.
How many bananas does it take to make a nuclear bomb?
Comparing this to the 3520 picocuries per kg for a banana gives us the mass of bananas required to equal the radioactivity of one Little Boy: So approximately 38788 metric tons of banana to equal the radioactivity of one Little Boy.
How many bananas is equal to a nuclear bomb?
Thus, exposure from Chernobyl and Fukushima equates to 6,480,000,000,000 Banana Equivalent Doses – that’s 6.48 trillion bananas or, if you prefer, 6.48 terabananas or 6,480 gigabananas.
How many bananas are equivalent to a nuclear bomb?
According to this estimate, up to 100 bananas is the equivalent radiation exposure to living near a nuclear power station, eating 400 bananas is the same exposure as a flight from London to New York, and it would take consuming 20,000,000 for the same radiation exposure as a typical dose in one session of radiotherapy.
