The following V Python program is intended to calculate and display the magnetic field due to a single moving charged particle, at a single location from visual import * from___future_import division # Constants mu0overpi = le-7 q=1.6c-19 calefactory = 7e-9 deltat = 8e-20 # Objects and initial conditions #calculations while true: particle.pos r - barrow.pos - particle.pos rmag = squareroot (r.x**2 + r.y**2 +r.z-**2) rhat = r/rmag B = mu0ovcrpi*q*cross(velocity, rhat)/rmag**2 Barrow.axis = B*s calefactory What will be the direction of the arrow representing the magnetic field? When the arrow representing magnetic field reaches its maximum length, what will the location of the particle be? Give the position as a vector in order to change the particle to an alpha particle (a helium nucleus containing protons and neutrons), what line or lines of code would you iced to change. Circle the line(s) in the program, and write the changed line(s) here After changing the particle to an alpha particle, you run the program. In what way, will the display look different in this version? Give as prec.se and clear a description as you can. The following V Python program is intended to calculate and display the magnetic field due to a single moving charged particle, at a single location from visual import * from___future_import division # Constants mu0overpi = le-7 q=1.6c-19 calefactory = 7e-9 deltat = 8e-20 # Objects and initial conditions #calculations while true: particle.pos r - barrow.pos - particle.pos rmag = squareroot (r.x**2 + r.y**2 +r.z-**2) rhat = r/rmag B = mu0ovcrpi*q*cross(velocity, rhat)/rmag**2 Barrow.axis = B*s calefactory What will be the direction of the arrow representing the magnetic field? When the arrow representing magnetic field reaches its maximum length, what will the location of the particle be? Give the position as a vector in order to change the particle to an alpha particle (a helium nucleus containing protons and neutrons), what line or lines of code would you iced to change. Circle the line(s) in the program, and write the changed line(s) here After changing the particle to an alpha particle, you run the program. In what way, will the display look different in this version? Give as prec.se and clear a description as you can