You are given a mixed list containing strings, numbers, and other lists, like the following: ["apple", 1, [2, 3], 3.4, "toy", ["cat", "dog"]]. You are writing a program to print the string items only. What is the missing line in the code below?

def get_strings(list):
for a in list:
/**missing code**/
print(a)
get_strings(["apple", 1, [2, 3], 3.4, "toy", ["cat", "dog"]])

if a == str:
if a == str(a):
if a != int(a):
if a is string:

Question

You are given a mixed list containing strings, numbers, and other lists, like the following: ["apple", 1, [2, 3], 3.4, "toy", ["cat", "dog"]]. You are writing a program to print the string items only. What is the missing line in the code below?

def get_strings(list):
   for a in list:
      /**missing code**/
         print(a)
get_strings(["apple", 1, [2, 3], 3.4, "toy", ["cat", "dog"]])

if a == str:
 if a == str(a):
 if a != int(a):
 if a is string:

kekeman · Answer

I was most definally thinking "if a == str(a):"

kekeman · Answer

Another question:
After you have found out how to find a prime number from a given set of numbers, what is the next step in designing a program?

Analyzing the hardware requirements for the coding
 Selecting the best data structure to store numbers
 Studying the literature that deals with the prime numbers
 Typing a pseudocode that provides the solution

SmokeyBrown · Answer

@kekeman wrote:

I was most definally thinking "if a == str(a):"

Yeah, I think that could work

SmokeyBrown · Answer

@kekeman wrote:

Another question: After you have found out how to find a prime number from a given set of numbers, what is the next step in designing a program? Analyzing the hardware requirements for the coding Selecting the best data structure to store numbers Studying the literature that deals with the prime numbers Typing a pseudocode that provides the solution

I would say the very next step after figuring out the process that a program takes to get to a solution would usually be to organize that solution in the form of pseudocode