<jupyter_start><jupyter_text>**Midterm Exam** Problem Statement 1<jupyter_code>a="<NAME>"
b="202014040"
c="20 years old"
d="June 9, 2001"
e="362 Malabag, Silang, Cavite"
f="BSECE" 
g="1.39"

print("My name is"" "+ a+".")
print("My student number is"" "+b+".")
print("I am"" "+c+".")
print("My birthday is on"" "+d+".")
print("I live at"" "+e+".")
print("I chose the course"" "+f+".")
print("My GWA last sem is"" "+g+".")<jupyter_output>My name is <NAME>.
My student number is 202014040.
I am 20 years old.
My birthday is on June 9, 2001.
I live at 362 Malabag, Silang, Cavite.
I chose the course BSECE.
My GWA last sem is 1.39.<jupyter_text>Problem Statement 2<jupyter_code>n=4
answ="Y"

print(2<n and n<6)
print(2<n or n==6)
print(not(2<n or n==6))
print(not(n<6))
print(answ=="Y" or answ=="y")
print(answ=="Y" and answ=="y")
print(not(answ=="y"))
print(2<n and n==5+1) or (answ=="No")
print(((n==2) and (n==7)) or (answ=="Y"))
print(n==2) and (n==7 or answ=="Y")<jupyter_output>True
True
False
False
True
False
True
False
True
False<jupyter_text>Problem Statement 3<jupyter_code>x = 2
y = -3
w = 7
z = -10

print(x/y)
print(w/y/x)
print(z/y%x)
print(x%-y*w)
print(x%y)
print(z%w-y/x*5+5)
print(9-x%(2+y))
print(z//w)
print((2+y)**2)
print(w/x*2)<jupyter_output>-0.6666666666666666
-1.1666666666666667
1.3333333333333335
14
-1
16.5
9
-2
1
7.0
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