I think if this is to be run through a program, then a suitable value for Δt should be chosen. Is that what you mean @SKT_90 ?mfb said:What do you mean by "to get t"?
What do you want to do?
scottdave said:I think if this is to be run through a program, then a suitable value for Δt should be chosen. Is that what you mean @SKT_90 ?
Also, what is the significance of t prime, vs just t?
It looks to me that if you integrate it from 0 to time T, you will have a probability function that it happens in T seconds.
The time interval in a radiation counting problem can be determined by dividing the total counting time by the total number of counts. This will give you the average time interval between each count.
Determining the time interval is important because it allows for accurate measurements of the radiation count rate. This information is crucial for understanding the level of radiation present and any potential risks.
The time interval in a radiation counting problem can be affected by factors such as the type of radiation being measured, the type of radiation detector used, and the distance between the detector and the source of radiation.
To minimize errors, it is important to ensure that the counting time is long enough to obtain a sufficient number of counts, but not so long that the radiation source decays significantly. It is also important to use a reliable and calibrated detector.
No, the time interval used for counting must be specific to the type of radiation being measured. Different types of radiation have different decay rates, and using the wrong time interval can result in inaccurate measurements.