def SI(x):
print("SI")
for i in range(1,x+1):
P=int(input("ENTER P VALUE "))
R=int(input("ENTER R VALUE "))
T=int(input("ENTER T "))
Si=(P*R*T)/100
print("SI = ",Si)
def CI(x):
print("CI")
for i in range (1,x+1):
P=int(input("ENTER P VALUE "))
R=int(input("ENTER R VALUE "))
n=int(input("ENTER n "))
Ci=P*(1+(R/100))**n
print("CI",Ci)
#MAIN PROGRAM
x=int(input("ENTER X VALUE ="))
print(x)
ch=int(input("ENTER A CHOICE"))
if ch==1:
SI(x) #calling function simple interest
elif ch==2:
CI(x) #calling function compound interest
print("SI")
for i in range(1,x+1):
P=int(input("ENTER P VALUE "))
R=int(input("ENTER R VALUE "))
T=int(input("ENTER T "))
Si=(P*R*T)/100
print("SI = ",Si)
def CI(x):
print("CI")
for i in range (1,x+1):
P=int(input("ENTER P VALUE "))
R=int(input("ENTER R VALUE "))
n=int(input("ENTER n "))
Ci=P*(1+(R/100))**n
print("CI",Ci)
#MAIN PROGRAM
x=int(input("ENTER X VALUE ="))
print(x)
ch=int(input("ENTER A CHOICE"))
if ch==1:
SI(x) #calling function simple interest
elif ch==2:
CI(x) #calling function compound interest
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