diff --git a/Mini-project/problem_5.asm b/Mini-project/problem_5.asm
new file mode 100644
index 0000000..497ad8a
--- /dev/null
+++ b/Mini-project/problem_5.asm
@@ -0,0 +1,116 @@
+#--------------------------------------------------------------------------------------------------------------------
+# Project 5: Display decimal numbers in binary and hexadecimal.
+#
+# Task: Write a program to get decimal numbers, display those numbers in binary and hexadecimal.
+#
+#---------------------------------------------------------------------------------------------------------------------
+
+
+.data
+	ask_str: .asciiz "\nEnter a number PLEASE: "
+	result_str1: .asciiz "\nBinary equivalent: "
+	result_str2: .asciiz "\nHexadecimal equivalent: "
+	result2: .space 8
+.text
+
+main:
+	# ask and store the number
+	li 	$v0, 4
+	la 	$a0, ask_str
+	syscall
+	li 	$v0, 5
+	syscall
+	move 	$t0, $v0		# $t0 = input number decimal
+	
+	beqz	$t0, end_main		# if input = 0 then exit program
+
+	jal 	print_bin
+	jal 	print_hexa
+	
+	li 	$v0, 11			# New Line
+	li 	$a0, 10
+	syscall
+	
+	j 	main		
+end_main:
+	li	$v0, 10			# exit
+	syscall
+
+# ================== Pseudo Code ================= #
+# # Convert decimal number to binary number
+# input = enter from keyboard
+# count = 32
+# mark = 1000 0000 0000 0000 0000 0000 0000 0000
+# while(count != 0)
+#	temp = AND input, mark
+#	if (temp != 0)
+#		temp = 1
+#	print(temp)
+#	srl mark, 1
+#	count--
+# =============================================== #
+print_bin:
+	li 	$v0, 4
+	la 	$a0, result_str1	# call result_str1
+	syscall
+	
+	add 	$t1, $zero, $zero 	# $t1 = 0
+	addi 	$t2, $zero, 1 		# load 1 as a mask
+	sll 	$t2, $t2, 31 		# move the mask to appropriate position
+	addi 	$t3, $zero, 32 		# loop counter
+loop1:
+	and 	$t1, $t0, $t2		# and the input with the mask
+	beq 	$t1, $zero, print1	# Branch to print if $t1 = 0
+	addi 	$t1, $zero, 1 		# else $t1 != 0 -> assign $t1 = 1
+print1: 
+	li 	$v0, 1
+	move 	$a0, $t1
+	syscall				# print result
+	
+	srl 	$t2, $t2, 1
+	addi 	$t3, $t3, -1
+	bne 	$t3, $zero, loop1
+	
+	jr 	$ra			# return to main
+
+# ================== Pseudo Code ================= #
+# # Convert decimal number to hexadecimal number
+# input = enter from keyboard
+# count = 8
+# mark = 0x0000000f
+# while(count != 0)
+#	input = rol input, 4	Ex: 0x0000000a -> 0x000000a0
+#	temp = AND input, mark
+#	if (temp <= 9)
+#		temp += 48 (stage number of ASCII table)
+#	else
+#		temp += 55 (stage uppercase alphabet of ASCII table)
+#	storage temp (hex digit) into result
+#	count--
+# print(result)
+# =============================================== #
+print_hexa:
+	la 	$a0, result_str2 	# call result_str
+	li 	$v0, 4 
+	syscall
+	li 	$t3, 8 			# counter
+	la 	$t2, result2		# where answer will be stored
+loop2:
+	beqz 	$t3, exit 		# branch to exit if counter is equal to zero 
+	rol 	$t0, $t0, 4 		# rotate 4 bits to the left
+	and 	$t1, $t0, 0xf		# mask with 1111 
+	ble 	$t1, 9, sum 		# if less than or equal to nine, branch to sum 
+	addi 	$t1, $t1, 55 		# if greater than nine, add 55
+	j 	end
+sum: 
+	addi 	$t1, $t1, 48 		# add 48 to result -> if $t2 = 1 then $t2 assign "1" in ASCII
+end: 
+	sb 	$t1, 0($t2) 		# store hex digit into result 
+	addi 	$t2, $t2, 1 		# increment address counter 
+	addi 	$t3, $t3, -1 		# decrement loop counter
+	j 	loop2 
+exit: 	
+	la 	$a0, result2 
+	li 	$v0, 4 
+	syscall 
+	jr 	$ra