#FIBONACCI OPERATION

no_of_terms=10
first_term=0
second_term=1
count=0
 
print('fibonacci sequence for',no_of_terms,':')
while count<no_of_terms:                       #if count holds true execute the statement below
    print(first_term,end=' ')    
    nth_term = first_term + second_term
    first_term = second_term
    second_term = nth_term
    count+=1
print()
9d9af48c9dc88fb3db3f7f599d8de3d5efc77085
<mask token>

<mask token>
print('fibonacci sequence for', no_of_terms, ':')
while count < no_of_terms:
    print(first_term, end=' ')
    nth_term = first_term + second_term
    first_term = second_term
    second_term = nth_term
    count += 1
print()

no_of_terms = 10
first_term = 0
second_term = 1
count = 0
print('fibonacci sequence for', no_of_terms, ':')
while count < no_of_terms:
    print(first_term, end=' ')
    nth_term = first_term + second_term
    first_term = second_term
    second_term = nth_term
    count += 1
print()

#FIBONACCI OPERATION

no_of_terms=10
first_term=0
second_term=1
count=0
 
print('fibonacci sequence for',no_of_terms,':')
while count<no_of_terms:                       #if count holds true execute the statement below
    print(first_term,end=' ')    
    nth_term = first_term + second_term
    first_term = second_term
    second_term = nth_term
    count+=1
print()