Calculating X-Radiation Equivalent to 20mR/h

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In summary, the relationship between the Sievert and the Rem is 1 Sv = 100 rem. Therefore, 1 mSv/h is equivalent to 100 mrem/h, and 20mR/h is equivalent to 0.2 mSv/h.
  • #1
nonphysical
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1. How many mSv/h of x-radiation is equivalent to a dose rate of 20mR/h?


2. The relationship between the sievert and the Rem is i believe isievert = 100 Rem



3. answer i think 2000mSv/h
 
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  • #3
Thanks Tiny-Tim
So there must be a better way of expressing the answer?
 
  • #4
Thanks for your help.
I'll write the answer as above. I don't know any other way.
 
  • #5
(just got up :zzz: …)

1 Sv = 100 rem

so 1 mSv = 100 mrem

so 2 mSv = 200 mrem

so … ? :smile:
 
  • #6
Tiny-tim,
Thanks again, i think i have a better grip on the concept now.

1 Sv = 100 rem
1 mS/h = 100 mR/h
so 20mR/h =0.2 mS/h
 
  • #7
:biggrin: Woohoo! :biggrin:
 

FAQ: Calculating X-Radiation Equivalent to 20mR/h

1. What is X-radiation equivalent to 20mR/h?

X-radiation equivalent to 20mR/h refers to the amount of x-ray radiation that is equivalent to receiving 20 milliroentgens per hour of exposure.

2. How is X-radiation equivalent to 20mR/h calculated?

X-radiation equivalent to 20mR/h is calculated by multiplying the exposure rate (in mR/h) by the conversion factor for x-ray radiation, which is 1 milliroentgen per hour (1 mR/h) to 1 milliroentgen (1 mR).

3. What is the unit of measurement for X-radiation equivalent to 20mR/h?

The unit of measurement for X-radiation equivalent to 20mR/h is milliroentgen per hour (mR/h).

4. Why is it important to calculate X-radiation equivalent to 20mR/h?

It is important to calculate X-radiation equivalent to 20mR/h because it allows us to measure and monitor the amount of radiation exposure and ensure it is within safe limits for individuals working with x-ray equipment.

5. How can X-radiation equivalent to 20mR/h be reduced?

X-radiation equivalent to 20mR/h can be reduced by implementing safety measures such as proper shielding and distance from the radiation source, as well as limiting the amount of time exposed to x-rays.

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