$4.$ In a fission reaction Uranium $([[235],[92]]$ U$)$ was bombarded by a neutron $[[1],[0]]$ Uranium was split to Barium binomial$([$x$],56)*$ Ba $)$ and Krypton binomial$(90,36)*$ Kr $)$ isotopes and $2$ neutrons $([[1],[0]]$ n$)$ were released. Write down the nuclear reaction below:Nuclear Reaction: $($Reveal the value of $[$x$])23511921445$ Ba n $=88$n $=143+1=144-+$ on $144=54+2+$ n x $=88+16$kr $+2$x n $=542$ n $=54+2+$ x x $=$ n $+5$b $=144$The mass of the elements are given below:aligned $92^235$ U $=3\mathrm{.}9014*10^-25*$ kg$56^[$x$]$ Ba $=2\mathrm{.}3907*10^-25*$ kg$36^90$ Kr $=1\mathrm{.}4931*10^-25*$ kg$1/0*$ n $=1\mathrm{.}675*10^-27*$ kg$235+1=236$ x $+90+2=236$ x $=14$dCalculate:$($In calculations use engineering notation with four decimal places i$.$e$.1\mathrm{.}2345*10^6)1.$ The loss of mass in kg per fission$\mathrm{.}2.$ The amount of energy released in Joule per fission$\mathrm{.}3.$ Energy produced by $1$ kg of $92^235$ U having concentration of $3\mathrm{.}9\%.$