A quantum particle with initial kinetic energy $32\mathrm{.}0$eV$32\mathrm{.}0$eV encounters a square barrier with height $41\mathrm{.}2$eV$41\mathrm{.}2$eV and width $0\mathrm{.}27$nm$0\mathrm{.}27$nm$.$

lsmrecek$001$@student.franciscan.edu$7$O$72-$FF$-99-41-8$F$6$E$-45912$

$$ Part $($a$)$

Find probability that the particle tunnels through this barrier if the particle is an electron. Give your answer as a percent.

$$ Part $($b$)$

Find probability that the particle tunnels through this barrier if the particle is a proton. Give your answer as a percent.

PP $=$

$|$

$\%$