HE

Consider the following nuclear reaction (one of the fundamental reactions in fusion):

(D^2_1 + D^2_1) He^2_2 + n^1_0

The reaction occurs in water vapor, which contains the deuterium Determine the range of the charged reaction product (in cm), given that the specific volume of the water vapor is 3.5 m/kg (reminding you that, specific volume, often used in thermodynamics, is the inverse of the density). In your calculations, for simplicity you may neglect the initial kinetic energy of the incident deuteron. You may use linear interpolation in using the table

*please include steps and explanation

Question-1 (30\%) Consider the following nuclear reaction (one of the fundamental reactions in fusion): The reaction occurs in water vapor, which contains the deuterium. Determine the range of the charged reaction product (in cm). given that the specific volume of the water vapor is 3.5m ? kg (rominding you that, specific volume, otten used in thermodynamics, is the inverse of the density). In your calculations, for simplicity you may negloct the initial kinetic energy of the incident deuteron. You may use linear interpolation in using the table