Write an assembly language program that takes a positive real number x and accuracy e from the user terminal input and computes the reciprocal of the square root of x $($that is$,1/$sqrt$($x$))$ by using the following Newton$-$Rapson algorithm:

$1.$ Initialize x$\_$new $=$ x $2.$ do x$\_$old $=$ x$\_$new; x$\_$new $=($x$\_$old $+1/($x $*$ x$\_$old$))/2$; while $|$x$\_$old $-$ x$\_$new$|/$x$\_$new $>$ e

Print the computer value to the terminal. Also, print the reciprocal of the square root value computed by using vsqrt FPU instruction.

WRITE IT IN THIS FORMAT

INCLUDE EFR$32$BG$22.$inc ; CPU register definitions

INCLUDE terminal.inc ; terminal function definitions

EXPORT main

IMPORT LETIMER$\_$setup ; import names from other code files

IMPORT GPIO$\_$setup

;$-------------------------------------$ ; non$-$initialized DATA segment in RAM

AREA RAM, DATA, NOINIT, READWRITE, ALIGN$=3$

;myWord SPACE $4$ ; $32-$bit variable $($MUST BE ALIGHED!$)$

;myHalf SPACE $2$ ; $16-$bit variable $($MUST BE ALIGHED!$)$

;myByte SPACE $1$ ; $8-$bit variable $($NO alighment required$)$

;$-------------------------------------$ ; CODE segment in flash $($ROM$)$

AREA $|.$text$|,$ CODE, READONLY

main PROC ; main user code

bl Terminal$\_$setup ; setup TeraTerm communication

; bl GPIO$\_$setup ; configure port pins

; bl LETIMER$\_$setup ; start $1-$sec timer for periodic events

; your code starts here

loop ; periodic task starts here

b loop ; repeat periodic task

ENDP

;$-------------------------------------$

;prompt DCB "Enter a number: $",0$ ; allocate constant strings here

ALIGN

;constW DCD $15$ ; initialized $32-$bit constant

;constH DCW $23$ ; initialized $16-$bit constant

;constB DCB $17$ ; initialized $8-$bit constant

ALIGN

END