Could you help me?I can't pass the last test.

def min(args, *kwargs): print(args) key = kwargs.get("key",None) kv=[(item,key(item)) for item in args if key!=None]+[(item,item) for item in args if key==None] if isinstance(kv[0][1],(int,float)): for items in kv: if items[1]<kv[0][1]: kv[0]=items return kv[0][0] else: z=list(zip([x for x in kv[0][0]],[x for x in kv[0][1]])) for items in z: if items[1]<z[0][1]: z[0]=items return z[0][0] def max(*args, **kwargs): key = kwargs.get("key",None) kv=[(item,key(item)) for item in args if key!=None]+[(item,item) for item in args if key==None] if isinstance(kv[0][1],(int,float)): for items in kv: if items[1]>kv[0][1]: kv[0]=items return kv[0][0]
else: z=list(zip([x for x in kv[0][0]],[x for x in kv[0][1]])) for items in z: if items[1]>z[0][1]: z[0]=items return z[0][0]

The last test min([[1,2],[3,4],[9,0]],lambda x:x[1]). I can solve it with this form min([1,2],[3,4],[9,0],lambda x:x[1]),but 2 list is too difficult.

Thanks!