Examples:
Input: list1 = [12, `geek`, 2,` 41`, `for`, 10,` 8`, 6, 4, `geeks`, 7,` 10`] Output: 100 Input: list1 = [100, `geek`, 200,` 400`, `for`, 101,` 2018`, 64, 74, `geeks`, 27,` 7810`] Output: 10794
For this we use # Python program for finding the sum of a list with different # types. def calsum (l): # return the sum of the list using a list comprehension < / code> return sum ([ int (i) for i in l if type (i) = = int or i.isdigit ()]) # List declaration list1 = [ 12 , `geek` , 2 , `41` , `for` , 10 , `8` , 6 , 4 , ` geeks` , 7 , `10` ] list2 = [ 100 , `geek` , 200 , `400` , ` for` , 101 , `2018` , 64 , 74 , `geeks` , 27 , ` 7810` ] # Result of the list sum print calsum (list1) print calsum (list2)
# Python program for finding the sum of a list with different # types.
# Python program for finding the sum of a list with different
# types.
def calsum (l):
def
calsum (l):
# return the sum of the list using a list comprehension
< / code> return sum ([ int (i) for i in l if type (i) = = int or i.isdigit ()])
return
sum
([
int
(i)
for
i
in
l
if
type
=
or
i.isdigit ()])
# List declaration
list1 = [ 12 , `geek` , 2 , `41` , `for` , 10 , `8` , 6 , 4 , ` geeks` , 7 , `10` ]
list1
[
12
,
`geek`
2
`41`
`for`
10
`8`
6
4
` geeks`
7
`10`
]
list2 = [ 100 , `geek` , 200 , `400` , ` for` , 101 , `2018` , 64 , 74 , `geeks` , 27 , ` 7810` ]
list2
100
200
`400`
` for`
101
`2018`
, 64 , 74 , `geeks` , 27 , ` 7810` ]
64
74
`geeks`
27
` 7810`
# Result of the list sum
print calsum (list1)
print
calsum (list1)
print calsum (list2)
calsum (list2)
