 |
|
| Browse | Ask | Answer | Search | Join/Login |
|
|
||||
|
Procedure for determining how the pressure affects the range of an alpha particle
I'm doing an experiment to determine how pressure affects the range of an alpha particle by using an ionization chamber. I don't understand how to write up the method. Would really love some help. Tacher says we'll be doing this with varrying distances using a metre rule
|
||||
Check out some similar questions!
Hi, I am wondering if 100 students took an exam and the mean score was 75, with a standard deviation of 5 ( and the scores were normally distributed) how may scores fell between 70-80??
6.There is an error in the experimental procedure in that is assumed that each particle is detected at the Geiger tube window. In actual fact, each particle could be detected anywhere throughout the length of the Geiger tube. The position would probably be different for each particle. Explain how...
So if you have an alpha particle accelerated to 23.1 MeV per particle. How do you convert it to find the energy in kJ/mole?
Alpha particles lose 5 x 10(-18) J of kinetic energy in each collision they make with an air molecule. An alpha particle traveling through air at STP undergoes around 5(5) ionising collisions with the air molecules for each centimeter of air they travel through. Calculate the range of the alpha...
View more questions Search
| Question Tools | Search this Question |
Add your answer here.
|
