Calculate the approximate range in air of the beta particles from P-32, Y-90 and C-14. Repeat the calculation for soft tissue. (P-32 = 1.71 MeV, Y-90 = 2.273 MeV and C-14 = 0.1561 MeV)
Calculate the approximate range in air of the beta particles from P-32, Y-90 and C-14. Repeat...
A(n) 14-kg particle has energy 92,725 kg (2. Calculate gamma (y). Question 16 1 pts A particle has y=2,258. Calculate c-v in m/s. (I would have asked for 1 - v/c, making the answer dimensionless, but the system doesn't seem to take numbers that small. Gamma is chosen to make the particle extremely close to the speed of light.) If your calculator gives problems, you might want to solve the appropriate equation for c-vor c(1- v/c) and use an approximation....
Consider the following set of dependent and independent variables. Complete parts a through c below. y 10 11 14 14 20 24 26 32 저15597121521 x2 17 11 13 11 2 8 6 4 a. Using technology, construct a regression model using both independent variables. y = 1 3.5734 ) + ( 0.9496 ) x 1 + (-0.4001 ) x2 (Round to four decimal places as needed.) b. Test the significance of each independent variable using a 0.10. Test the...
Suppose F⃗(x,y)=(x+6)i⃗+(5y+5)j⃗. Use the fundamental theorem of line integrals to calculate the following (a) The line integral of F⃗→ along the line segment C from the point P=(1,0) to the point Q=(4,2). ∫CF⃗⋅dr⃗∫= (b) The line integral of F⃗→ along the triangle C from the origin to the point P=(1,0) to the point Q=(4,2) and back to the origin. ∫CF⃗⋅dr⃗∫=