Convert the following py code into ARM Assembly
fib_sequence: .skip 25 # Define a label and allocate 25 memory words, initialized to 0
num_terms = 25 # Define the number of terms to compute
current_term = 1 # Initialize the current and previous terms to 1
previous_term = 1
Convert the following py code into ARM Assembly
for i in range(num_terms): # Iterate over the number of terms to compute
next_term = current_term + previous_term # Compute the next term by adding the current and
previous terms
fib_sequence[i] = current_term # Store the current term in the ith memory location
previous_term = current_term # Copy the current term to the previous term
current_term = next_term # Copy the next term to the current term
for i in range(num_terms): # Iterate over the memory locations containing the Fibonacci
sequence
print(fib_sequence[i]) # Print the value stored in each memory location