list1=[]
print("Enter 10 elements of your choice")
for i in range(10):
    numb=int(input())
    list1.append(numb)

def indexofsmallestelement(list1):
    test=min(list1)
    indx=[]
    for i in range(0,len(list1)):
        if test==list1[i]:
            indx.append(i)
    return indx
print("The list of indices of smallest number in the list provided is: ", indexofsmallestelement(list1))
if len(indexofsmallestelement(list1))>1:
    smallindex=indexofsmallestelement(list1)[0]
    print("And the smallest index of the smallest number is: ", smallindex)

print("Enter 10 names of your choice")
names=[]
for i in range(10):
    name=str(input())
    names.append(name)
def mostcommonname(lst):
    common=[]
    count=1
    for i in lst:
        word_count=lst.count(i)
        if word_count>count:
            count=word_count
            common.append(i)
    return common
print("The most common names in the list are: ", mostcommonname(names))

print("Enter 10 names of your choice")
names=[]
for i in range(10):
    name=str(input())
    names.append(name)
def mostcommonname(lst):
    common=[(lst.count(i),i) for i in lst]
    max_ele=max(common)[0]
    comm_elem=[]
    for x in common:
        if x[0]==max_ele:
            comm_elem.append(x[1])
    return comm_elem
if comm_elem==[]:
    print("None")
print("The common names in the given list are ", set(mostcommonname(names)))

Enter 10 names of your choice

print("Enter 10 elements of your choice")
ele=[]
for i in range(10):
    x=input()
    ele.append(x)
print(ele)
def isPalindromicList(a):
    if ele==ele[::-1]:
        palindrom=True
    else:
        palindrom=False
    return palindrom
isPalindromicList(ele)