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Lecture #19

Function output tracing PYQ part 2

Function output tracing

PYQ reference preview 12 included

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Included in reference ID 6508 · 2021 · 1 mark(s)

What will be the output of the following code?
value = 50
def display(N):
    global value
    value = 25
    if N%7==0:
        value = value + N
    else:
        value = value - N
print(value, end="#")
display(20)
print(value)
a) 50#50
b) 50#5
c) 50#30
d) 5#50#

Functions and Modules → Arguments parameters and scope, Function output tracing · Concept U1_FUNCTION_ARGS_SCOPE;U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6515 · 2021 · 1 mark(s)

What will be the output of the following code?
x = 3
def myfunc():
    global x
    x+=2
    print(x, end=' ')
print(x, end=' ')
myfunc()
print(x, end=' ')
a) 3 3 3
b) 3 4 5
c) 3 3 5
d) 3 5 5

Functions and Modules → Arguments parameters and scope, Function output tracing · Concept U1_FUNCTION_ARGS_SCOPE;U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6112 · 2023 · 2 mark(s)

Write the output of the code given below :
a =30
def call (x):
    global a
    if a%2==0:
        x+=a
    else:
        x-=a
    return x
x=20
print (call(35),end="#")
print (call(40),end="@")

Functions and Modules → Arguments parameters and scope, Function output tracing · Concept U1_FUNCTION_ARGS_SCOPE;U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6308 · 2023 · 2 mark(s)

(a) Write the output of the Python code given below :
g=0
def fun1(x,y):
    global g
    g=x+y
    return g
def fun2 (m,n):
    global g
    g=m-n
    return g
k=fun1 (2,3)
fun2 (k,7)
print (g)

Functions and Modules → Arguments parameters and scope, Function output tracing · Concept U1_FUNCTION_ARGS_SCOPE;U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6309 · 2023 · 2 mark(s)

(b) Write the output of the Python code given below :
a=15
def update (x):
    global a
    a=2
    if x%2==0:
        a*=x
    else:
        a//=x
    a=a+5
    print (a,end="$")
update (5)
print (a)

Functions and Modules → Arguments parameters and scope, Function output tracing · Concept U1_FUNCTION_ARGS_SCOPE;U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6622 · 2024 · 1 mark(s)

What will be the output of the following code?
c = 10
def add():
    global c
    c = c + 2
    print(c,end='#')
add()
c=15
print(c,end='%')
a) 12%15#
b) 15#12%
c) 12#15%
d) 12%15#

Functions and Modules → Arguments parameters and scope, Function output tracing · Concept U1_FUNCTION_ARGS_SCOPE;U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6380 · 2025 · 1 mark(s)

What will be the output of the following code segment ?
a=5
def func_1(b=10):
    global a
    a=b–10
    b+=a
    print(a,b)
func_1(a)
(A) 0 5
(B) 5 0
(C) 0 –5
(D) –5 0

Functions and Modules → Arguments parameters and scope, Function output tracing · Concept U1_FUNCTION_ARGS_SCOPE;U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6672 · 2025 · 1 mark(s)

What will be the output of the following Python code?
i = 5
print(i,end='@@')
def add():
    global i
    i = i+7
    print(i,end='##')
add()
print(i)
a) 5@@12##15
b) 5@@5##12
c) 5@@12##12
d) 12@@12##12

Functions and Modules → Arguments parameters and scope, Function output tracing · Concept U1_FUNCTION_ARGS_SCOPE;U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6409 · 2025 · 3 mark(s)

(a) Write the output on execution of the following Python code :
P=[3,5,7,4]
P.insert(2,3)
P.extend([10, 6])
print(P)
print(P.index(7))
print(P[::2])

Functions and Modules → Function output tracing · Concept U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6410 · 2025 · 3 mark(s)

(b) Write the output on execution of the following Python code :
def ALTER(Y=25):
    global X
    Y += X
    X += Y
    print(X,Y,sep="#")
X=5; Y=15
ALTER(Y)
ALTER()
print(X,Y,sep="@")

Functions and Modules → Arguments parameters and scope, Function output tracing · Concept U1_FUNCTION_ARGS_SCOPE;U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6226 · 2026 · 1 mark(s)

What will be the output of the following code ?
def f1(a,b=1):
    print(a+b,end='-')
c=f1(1,2)
print(c,sep='*')
(A) 3-2
(B) 3-2*
(C) 3-None
(D) 3*None-

Functions and Modules → Function output tracing · Concept U1_FUNCTION_OUTPUT_TRACE

Included in reference ID 6258 · 2026 · 3 mark(s)

(b) Write the output of the following code :
def Exam2026(given) :
    new = 0
    while given:
        if new % 2:
            new += given % 10
        else:
            new += given % 5
        print(new, end='-')
        given //= 10
Exam2026(123456)

Functions and Modules → Function output tracing · Concept U1_FUNCTION_OUTPUT_TRACE

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