lab 212 codes

lab 212 codes - ratio_theory=e/me ratio_exper=v/(r*B)

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Xexp=[2 2.8 3 4 5 6]*10^-2*cosd(15); Yexp=[0.4 0.6 0.7 1.1 1.7 2.4]*10^-2; e=1.6*10^-19; me=9.11*10^-31; N=320; R=6.8*10^-2; I=0.5; d=5.2*10^-2; Vp=3*10^3; B=8.992*10^-7*N*I/R; E=0.77*Vp/d; v=E/B; v x=0:0.002:0.1;y=-0.4:0.005:0.4; r=5.6504888888*10^-2; x=sqrt(2*y.*r-y.^2); plot(x,y,x,-y,Xexp,Yexp, 'o' ) ratio_theory=e/me ratio_exper=v/(r*B) percent_error=(ratio_exper-ratio_theory)/ratio_theory*100 x=0:0.002:0.1;y=-0.4:0.005:0.4; r=5.6504888888*10^-2; x=sqrt(2*y.*r-y.^2); plot(x,y,x,-y,Xexp,Yexp,'o')
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Unformatted text preview: ratio_theory=e/me ratio_exper=v/(r*B) percent_error=(ratio_exper-ratio_theory)/ratio_theory*100 v = 2.0996e+007 Warning: Imaginary parts of complex X and/or Y arguments ignored Warning: Imaginary parts of complex X and/or Y arguments ignored ratio_theory = 1.7563e+011 ratio_exper = 1.7563e+011 percent_error =-0.0032 >> v=E/B; v v = 2.0996e+007 0.01 0.02 0.03 0.04 0.05 0.06-0.4-0.3-0.2-0.1 0.1 0.2 0.3 0.4...
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lab 212 codes - ratio_theory=e/me ratio_exper=v/(r*B)

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