python/7th.py at main · vipinZe/python · GitHub

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#  Student Percentage and Pass/Fail Decision

# Take marks of three subjects as input (in string form). Convert them into integers, calculate total and percentage using arithmetic operators.
# Using comparison and logical operators, print whether the student has:

# * Passed (percentage ≥ 40 *and* each subject mark ≥ 33)
# * Failed otherwise
#   Also print the percentage.

# sub1=int(input('marks of subject 1= '))
# sub2=int(input('marks of subject 2= '))
# sub3=int(input('marks of subject 3= '))
# marks=sub1+sub2+sub3
# percentage=round(marks/300*100, 2)

# print(percentage)
# if (percentage>=40) and (sub1>=33) and (sub2>=33) and (sub3>=33):
#     print('Passed')
# else:
#     print('Failed')

#  BMI Category Checker

# Ask the user to input their weight (kg) and height (meters). Convert inputs to floats and calculate BMI using the formula:
# BMI = weight / (height * height)
# Using comparison and logical operators, print whether the person is:

# * Underweight (BMI < 18.5)
# * Normal (BMI between 18.5 and 24.9)
# * Overweight (BMI ≥ 25)
#   Also print the calculated BMI.

# height=float(input('what is your height= '))
# weight=float(input('what is your weight= '))
# BMI=weight/(height*height)

# print(BMI)
# if BMI<18.5:
#     print('Underweight')
# elif (BMI>=18.5) and (BMI<=24.9):
#     print('Normal')
# else:
#     print('Overweight')

# Loan Eligibility

# Ask the user to input their monthly income and age. Convert to integers.
# Using arithmetic, comparison, and logical operators determine if the user is eligible for a loan:
# Conditions:

# * Age between 21 and 60
# * Income greater than or equal to 25000
#   Print whether the person is eligible or not.

# monthlyIncome=int(input('what is your monthly income= '))
# age=int(input('what is your age= '))

# if (monthlyIncome>=25000) and (age>=20) and (age<=60):
#     print('you are eligible for loan')
# else:
#     print('you are not eligible for loan')

# Salary Hike and Tax Check

# Ask the user to enter their current salary (float) and performance rating (out of 5).
# If rating is greater than or equal to 4 and salary is less than 80000, increase salary by 15%; otherwise increase by 5%.
# Then check using comparison and logical operators whether the new salary is taxable (greater than 50000).
# Print old salary, new salary, and taxability status.

# salary=float(input('enter your salary= '))
# performanceRating=int(input('enter your performance rating= '))


# if (performanceRating>=4) and (salary<=80000):
#     newSalary=((salary*0.15)+salary)
# else:
#     newSalary=((salary*0.05)+salary)
# print('old salary=', salary)
# print('new salary=', newSalary)
# if newSalary>=50000:
#     print('taxable')
# else:
#     print('non taxable')

# Voting Booth Validator

# Take age and city name as input. Convert age to integer.
# Using logical operators, verify that the person is at least 18 and does not live in a restricted city named "TestCity".
# Print whether they can vote in the local booth. Also print how many years are left if they are underage (use arithmetic operator).

# age=int(input('enter your age '))
# city=input('enter your city ')

# if (age>=18) and (city!='textcity'):
#     print('you are eliguble to vote in local booth')
#     if age<18:
#        print('year left for votting', 18-age)
# else:
#     print('you are not eligible to vote in local booth')


# Triangle Type Finder

# Take input and convert to float
# Check if a valid triangle can be formed
# Calculate perimeter
# Determine the type of triangle
# a = float(input("Enter first side: "))
# b = float(input("Enter second side: "))
# c = float(input("Enter third side: "))


# if (a + b > c) and (a + c > b) and (b + c > a):


#     perimeter = a + b + c


#     if a == b == c:
#         triangle_type = "Equilateral"
#     elif a == b or b == c or a == c:
#         triangle_type = "Isosceles"
#     else:
#         triangle_type = "Scalene"

#     print("Valid Triangle")
#     print("Triangle Type:", triangle_type)
#     print("Perimeter:", perimeter)

# else:
#     print("Invalid Triangle")