Arithmetic and Comparison Operator Practice Question ( DS140823 ) - 25-08-2023

Python Conversations
#1

Evaluate the following :

  1. 7 + 5 >= 10
  2. “Ram” > “ram”
  3. 25 % 3 == 2
  4. False == False
  5. True != False
  6. 78 % 9 % 2 == 0
  7. 29 == 89 % 30
  8. 45 // 68 % 2 == True
  9. 7 + 3 % 2 != True
  10. 23 // 7 >= 9
1 Like
#2

1.true
2.false
3.false
4.true
5.true
6.true
7.true
8.false
9.true
10.false
@bharatiyadav14 correct me mam if any mistake is there

1 Like
#4
  1. True
  2. False
  3. False
  4. True
  5. True
  6. True
  7. True
  8. False
  9. True
  10. False
1 Like
#5

1.true
2.Not executed
3.false
4.true
5.true
6.true
7.true
8.false
9.true
10.false

1 Like
#6

1.True
2.True
3.False
4.True
5.True
6.True
7.True
8.False
9.True
10.False
second one will not execute When we give it as string But when we convert into variable and execute it will Return true.

1 Like
#7

1.True
2.False
3.False
4.True
5.True
6.True
7.True
8.False
9.True
10.False

1 Like
#8
  1. True
  2. False
  3. False
  4. True
  5. True
  6. True
  7. True
  8. False
  9. True
  10. False
1 Like
#9 
#1. 7+5 >= 10            (Output : True)
no1 = 7
no2 = 5
no3 = 10
add = no1 + no2
greater_equal = add >= no3
print(greater_equal)

#2. Ram > ram :           (output : False)
var_1 = "Ram"
var_2 = "ram"
greater_than = var_1 > var_2
print(greater_than)

#3. 25 % 3 == 2 :          (output:False)
no1 = 25
no2 = 3
no3 = 2
Mod = no1 % no2
double_equal = Mod == no3
print("no1 modulo no2 is double equal to :",double_equal)

#4.False == False :           (output : True)
str_1 = False
str_2 = False
double_equal = str_1 == str_2
print(double_equal)

#5. True != False  :            (output : True)
str_1 = True
str_2 = False
not_equal = str_1 != str_2
print(not_equal)

#6. 78 % 9 % 2 == 0. :         (output: True)
no1 = 78
no2 = 9
no3 = 2
no4 = 0
Mod = no1 % no2 % no3
equal_to = Mod == no4
print(equal_to)

#7. 29 == 89 % 30 :          (output : True)
no1 = 29
no2 = 89
no3 = 30
equal_to_mod = no1 == no2 % no3
#Mod = equal_to % no3
print(equal_to_mod)

#8 . 45 // 68 % 2 == True :         (output : False)
no1 = 45
no2 = 68
no3 = 2
str_1 = True
div_mod = no1 // no2 % 2
equal_to = div_mod == str_1
print(equal_to)

#9 . 7 + 3 %2 != True  :           (output: True)
no1 = 7
no2 = 3
no3 = 2
var_1 = True
Add_Mod = no1 + 3 % 2
not_equal = Add_Mod != var_1
print(not_equal)

# 10 . 23 // 7 >= 9                          (output : False)
no1 = 23
no2 = 7
no3 = 9
operation_1 = no1 // no2 >= no3
print(operation_1)
#11

1.True
2.False
3.False
4.True
5.True
6.True
7.True
8.False
9.True
10.False

1 Like
#12 
# 1)7 + 5 >= 10
num1 = 7
num2 = 5
greater_or_equal =num1+num2 >=10
print("To check the both the num Greater or equal to 10: ", greater_or_equal)
# 2)“Ram” > “ram”
name1 = "Ram"
name2 ="ram"
name = "Ram"> "ram"
print("To check both the names are equal: ",name)
# # 3)25 % 3 == 2
num1 =25
num2 = 3
reminder = 25%3==2
print("To check the reminder is 2: ", reminder)
# 4)False == False
bool1 =False
bool2 = False
bools= bool1 == bool2
print("To check both the bool are equal: ", bools)
# 5)True != False
bool1 = True
bool2 = False
bools = bool1 != bool2
print("To check both the bool are equal: ", bools)
# 6)78 % 9 % 2 == 0
num1=78
num2=9
num3=2
reminder =78 % 9 % 2 ==0 
print("To check the reminder value is zero: ",reminder)
# 7)29 == 89 % 30
num1 =29
num2=89
num3=30
equal = num1 == num2%num3
print("To check reminder value is 29: ",equal)
# 8)45 // 68 % 2 == True
num1 =45
num2= 68
num3 = 2
bools = num1//num2%num3 == True
print("To check the Floor division: ",bools)
# 9)7 + 3 % 2 != True
num1=7
num2=3
num3=2
bools = num1+num2 % num3 != True
print("To check the output is not 1: ", bools)
# 10)23 // 7 >= 9
num1=23
num2 =7
num3=9
greater_or_equal = num1//num2 >=9
print("To check output value is greater than 9: ", greater_or_equal)
#13 
#evaluate the following

7+5>=10

print ("bool : ",(7+5) >(10)) #True

"Ram">"ram"

print ("bool :", "Ram">"ram") #False

25%3==2

print ("bool :", (25%3)==2) #False

False==False

print ("bool :",(False)==False) #True

True!=False

print("bool:", True!=False) #True

78%9%2==0

print("bool:", (78)%(9)%(2)==(0)) #True

29==89%30

print("bool:", (29)==(89)%(30)) #True

45//68% 2==True

print("bool:", (45)//(68)% (2)== True) #False

7+3%2!=True

print("bool:", (7)+(3) % (2)!= True) #True

23//7>=9

print("bool:", (23)//(7)>=(9)) #False
#14
  1. True
    2.False
    3.False
    4.True
    5.True
    6.True
    7.True
    8.False
    9.True
    10.False
1 Like
#15
  1. 7 + 5 >= 10 #True
  2. “Ram” > “ram” #False
  3. 25 % 3 == 2 #False
  4. False == False #True
  5. True != False #True
  6. 78 % 9 % 2 == 0 #True
  7. 29 == 89 % 30 #True
  8. 45 // 68 % 2 == #True
  9. 7 + 3 % 2 != True #True
  10. 23 // 7 >= 9 #False
#17 
7+5 >= 10           
no1 = 7
no2 = 5
no3 = 10
add = no1 + no2
greater_equal = add >= no3
print(greater_equal)

"Ram" > "ram" 
name_1 = "Ram"
name_2 = "ram"
greater_than = name_1 > name_2
print(greater_than)

25 % 3 == 2 
no1 = 25
no2 = 3
no3 = 2
per = no1 % no2
equal = per == no3
print(equal)

False == False 
str_1 = False
str_2 = False
equal = str_1 == str_2
print(equal)

True != False  
str_1 = True
str_2 = False
not_equal = str_1 != str_2
print(not_equal)

78 % 9 % 2 == 0
no1 = 78
no2 = 9
no3 = 2
no4 = 0
Mod = no1 % no2 % no3
equal_to = Mod == no4
print(equal_to)

29 == 89 % 30
no1 = 29
no2 = 89
no3 = 30
equal_to_mod = no1 == no2 % no3
Mod = equal_to % no3
print(equal_to_mod)

45 // 68 % 2 == True 
no1 = 45
no2 = 68
no3 = 2
str_1 = True
div_mod = no1 // no2 % 2
equal_to = div_mod == str_1
print(equal_to)

7 + 3 %2 != True
no1 = 7
no2 = 3
no3 = 2
var_1 = True
Add_Mod = no1 + 3 % 2
not_equal = Add_Mod != var_1
print(not_equal)

23 // 7 >= 9            
no1 = 23
no2 = 7
no3 = 9
opp_1 = no1 // no2 >= no3
print(opp_1)
#18

1.True
2.no execution
3.False
4.True
5.True
6.True
7.True
8.False
9.True
10.False

1 Like
#19

True
False
False
True
True
True
True
False
True
False

1 Like
#20

True
False
False
True
True
True
True
False
True
False

#21

print(7+5>=10)

print(“Ram”>“ram”)

print(25%3==2)

print(False==False)
print(True!=False)
print(78%9%2==0)
print(29==89%30)
print(45//68%2==True)
print(7+3%2!=True)
print(23//7>=9)
output:—
True
True
True
False
True
False

#22 
#1. 7 + 5 >= 10
no1 = 7
no2 = 5
output = no1 + no2 >= 10
print(output)

#2. Ram > ram          
str1 = "Ram"
str2 = "ram"
greater_than = str1 > str2
print(greater_than)

#3. 25 % 3 == 2 
no1 = 25
no2 = 3
output = no1 % no2 == 2
print(output)

#4.False == False 
str1 = False
str2 = False
output = str1 == str2
print(output)

#5. True != False  
str_1 = True
str_2 = False
output = str_1 != str_2
print(output)

#6. 78 % 9 % 2 == 0
no1 = 78
no2 = 9
no3 = 2
output = no1 % no2 % no3 == 0
print(output)

#7. 29 == 89 % 30 
no1 = 29
no2 = 89
output = no1 == no2 % 30
print(output)

#8. 45 // 68 % 2 == True 
no1 = 45
no2 = 68
output = no1 // no2 == True
print(output)

#9. 7 + 3 %2 != True  
no1 = 7
no2 = 3
no3 = 2
output = no1 + no2 % no3 != True
print(output)

# 10. 23 // 7 >= 9                        
no1 = 23
no2 = 7
output = no1 // no2 >= 9
print(output)
#24 
for i in range(1,51):
    if i%3==0 and i%5==0:
        print("FizzBuzz")
    elif i%5==0:
        print("Buzz")
    elif i%3==0:
        print("Fuzz")

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