Microсurie (µCi) to Becquerel (Bq) converter
Microсurie (µCi) to Becquerel (Bq) converter
Converting from Microсurie (µCi) to Becquerel (Bq) | Radioactivity
What is Microсurie (µCi)
Microсurie (µCi) is a unit of radioactivity that measures the amount of radioactive decay in a substance. It is commonly used in the field of nuclear science and medicine.
What is Becquerel (Bq)
Becquerel (Bq) is the International System of Units (SI) derived unit of radioactivity. It is defined as the activity of a quantity of radioactive material in which one nucleus decays per second.
Conversion Formulas
The default conversion factors are:
- 1 (µCi) = 37000 (Bq)
- 1 (Bq) = 0.00002702703 (µCi)
To convert from Microсurie to Becquerel, you can use the formula:
Bq=µCi×37000
To convert from Becquerel to Microсurie, you can use the formula:
µCi=Bq×0.00002702703
Examples
- Converting 5 µCi to Bq:
Bq=5×37000=185000
- Converting 14 Bq to µCi:
µCi=14×0.00002702703=0.0003783784
- Converting 3 µCi to Bq:
Bq=3×37000=111000
Conclusion
Use the provided conversion formulas and examples on this page to perform conversions between Microсurie (µCi) and Becquerel (Bq) for your radioactivity calculations.
Microсurie to Becquerel conversion table
µCi to Bq conversion table
Microсurie (µCi) | Becquerel (Bq) |
---|---|
0.01 µCi | 370 Bq |
0.1 µCi | 3 700 Bq |
1 µCi | 37 000 Bq |
2 µCi | 74 000 Bq |
3 µCi | 111 000 Bq |
4 µCi | 148 000 Bq |
5 µCi | 185 000 Bq |
6 µCi | 222 000 Bq |
7 µCi | 259 000 Bq |
8 µCi | 296 000 Bq |
9 µCi | 333 000 Bq |
10 µCi | 370 000 Bq |
10 µCi | 370 000 Bq |
20 µCi | 740 000 Bq |
30 µCi | 1 110 000 Bq |
40 µCi | 1 480 000 Bq |
50 µCi | 1 850 000 Bq |
60 µCi | 2 220 000 Bq |
70 µCi | 2 590 000 Bq |
80 µCi | 2 960 000 Bq |
90 µCi | 3 330 000 Bq |
100 µCi | 3 700 000 Bq |
1 000 µCi | 37 000 000 Bq |
2 000 µCi | 74 000 000 Bq |
3 000 µCi | 111 000 000 Bq |
4 000 µCi | 148 000 000 Bq |
5 000 µCi | 185 000 000 Bq |
6 000 µCi | 222 000 000 Bq |
7 000 µCi | 259 000 000 Bq |
8 000 µCi | 296 000 000 Bq |
9 000 µCi | 333 000 000 Bq |
10 000 µCi | 370 000 000 Bq |