- R,a,N=map(float,input().split())
- #print(R)
- R=R*1000
- e=[]
- #print(e)
- d=float((270*3.1415)/180)
- v_p=2*a*d*R
- #print(v_p)
- m=[]
- for i in range(int(N)):
- e.append(float(input()))
- for i in range(len(e)):
- m.append((float(e[i]*2)/v_p))
- proton=0
- electron=0
- nec=0
- for x in m:
- print('{:6e}'.format(x))
- if x >= 1.503e-27 and x <= 1.837e-27:
- proton +=1
- elif x >= 8.199e-31 and x <= 1.0021e-30:
- electron +=1
- else:
- nec +=1
- fractie=nec/len(m)
- print("%.4f" %fractie)
[text] accelerator de particule
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- accelerator de particule
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- 23 May-2020
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