teragray/second to femtogray/second
Please provide values below to convert teragray/second [TGy/s] to femtogray/second [fGy/s], or change ↔.
teragray/second [TGy/s]
Definition: A unit of absorbed radiation dose rate equivalent to 1 teragray (10^12 Gy) per second.
Historyandorigin: The prefix 'tera' represents a factor of 10^12, used to express high-level radiation exposures.
CurrentUse: This scale could be used for situations involving extremely high radiation, such as in nuclear accidents or astrophysical events.
funfact: Teragray doses would be far beyond any typical exposure encountered in medical or environmental contexts!
femtogray/second [fGy/s]
Definition: A unit of absorbed radiation dose rate equivalent to 1 femtogray (10^-15 Gy) per second.
Historyandorigin: The prefix 'femto' represents a factor of 10^-15, used for detecting extremely low radiation levels.
CurrentUse: Used in highly sensitive instruments in particle physics and space research.
funfact: Femtograys are rarely encountered but are useful in extremely precise measurements in cutting-edge science!
teragray/second [TGy/s] to femtogray/second [fGy/s] Conversion Table
| 1 teragray/second [TGy/s] | 1.E+27 femtogray/second [fGy/s] |
| 2 teragray/second [TGy/s] | 2.E+27 femtogray/second [fGy/s] |
| 3 teragray/second [TGy/s] | 3.E+27 femtogray/second [fGy/s] |
| 5 teragray/second [TGy/s] | 5.E+27 femtogray/second [fGy/s] |
| 10 teragray/second [TGy/s] | 1.E+28 femtogray/second [fGy/s] |
| 50 teragray/second [TGy/s] | 5.E+28 femtogray/second [fGy/s] |
| 100 teragray/second [TGy/s] | 1.E+29 femtogray/second [fGy/s] |
| 1000 teragray/second [TGy/s] | 9.999999999E+29 femtogray/second [fGy/s] |
| 10000 teragray/second [TGy/s] | 1.E+31 femtogray/second [fGy/s] |
| 100000 teragray/second [TGy/s] | 1.E+32 femtogray/second [fGy/s] |
| 1000000 teragray/second [TGy/s] | 1.E+33 femtogray/second [fGy/s] |
How to Convert teragray/second to femtogray/second
1 teragray/second [TGy/s] = 1.E+27 femtogray/second [fGy/s]
1 femtogray/second [fGy/s] = 1.E-27 teragray/second [TGy/s]
we use cross multiplication method
teragray/second [TGy/s] → femtogray/second [fGy/s]
1 → 1.E+27
1.5 → ?( suppose x)
=>1.5*1.E+27=1*x
by simplifying
x=1.5E+27