Write a program to find simple interest using function all cases .
💡 HINT : Simple Interest = (P x T x R)/100
Where,
P is the principle amount
T is the time and
R is the rate
👉Answer Of this program based on following 4 ways:
1. No Arguments And No Return:
Program:
def cal_si():
p=int(input("Enter Principle :"))
r=int(input("Enter Rate :"))
t=int(input("Enter Time :"))
si=p*r*t/100
print(si)
cal_si()⚙️ Output:
Enter Principle :5000
Enter Rate :3
Enter Time :2
300.0
2. Arguments but No Return:
Program:
def cal_si(p,r,t):
si=p*r*t/100
print(si)
p=int(input("Enter Principle :"))
r=int(input("Enter Rate :"))
3
t=int(input("Enter Time :"))
cal_si(p,r,t)⚙️ Output:
Enter Principle :5000
Enter Rate :3
Enter Time :2
300.0
3. No Arguments but Return:
Program:
def cal_si():
p=int(input("Enter Principle :"))
r=int(input("Enter Rate :"))
t=int(input("Enter Time :"))
si=p*r*t/100
print(si)
ans=cal_si()
print(ans)⚙️ Output:
Enter Principle :5000
Enter Rate :3
Enter Time :2
300.0
4. Arguments And Return:
Program:
def cal_si(p,r,t):
si=p*r*t/100
return si
p=int(input("Enter Principle :"))
r=int(input("Enter Rate :"))
t=int(input("Enter Time :"))
ans=cal_si(p,r,t)
print(ans)⚙️ Output:
Enter Principle :5000
Enter Rate :3
Enter Time :2
300.0
Especially useful when we are not sure in the advance that how many arguments, the function would require.
We define the arbitrary arguments while defining a function using the asterisk (*) sign.
Program:
def greeting (* students):
print(students[0])
print(students[1])
print(students[2])
greeting("Gauri","Vidya","Vaibhavi")⚙️ Output:
Gauri
Vidya
Vaibhavi
Program:
def greeting (* students):
for i in students:
print("Hello",i)
greeting("Gauri","Vidya","Vaibhavi")⚙️ Output:
Hello Gauri
Hello Vidya
Hello Vaibhavi
Program:
def greeting(name="Yash"):
print("Hello",name)
greeting()⚙️ Output:
Hello Yash
Program:
def fruits(fruits1,fruits2="R"):
print(fruits1)
print(fruits2)
fruits("A")⚙️ Output:
A
R
- Inbuilt
- User Define
