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#Pepe, 19 bytes

Pepe, 19 bytes

rEeeREeerEEEEeEreEE

Try it online!

Input is a,b. Change the "Separated by" box into , to work.

Explanation:

rEeeREee            # take 2 inputs (not in the same stack)
        rEEEEeE     # A*B -> stack r
               reEE # output as number
               

#Pepe, 19 bytes

rEeeREeerEEEEeEreEE

Try it online!

Input is a,b. Change the "Separated by" box into , to work.

Explanation:

rEeeREee            # take 2 inputs (not in the same stack)
        rEEEEeE     # A*B -> stack r
               reEE # output as number
               

Pepe, 19 bytes

rEeeREeerEEEEeEreEE

Try it online!

Input is a,b. Change the "Separated by" box into , to work.

Explanation:

rEeeREee            # take 2 inputs (not in the same stack)
        rEEEEeE     # A*B -> stack r
               reEE # output as number
               
not non-competing
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u-ndefined
  • 2.3k
  • 11
  • 21

#Pepe, 19 bytes

Non-competing

rEeeREeerEEEEeEreEE

Try it online!

Input is a,b. Change the "Separated by" box into , to work.

Explanation:

rEeeREee            # take 2 inputs (not in the same stack)
        rEEEEeE     # A*B -> stack r
               reEE # output as number
               

#Pepe, 19 bytes

Non-competing

rEeeREeerEEEEeEreEE

Try it online!

Input is a,b. Change the "Separated by" box into , to work.

Explanation:

rEeeREee            # take 2 inputs (not in the same stack)
        rEEEEeE     # A*B -> stack r
               reEE # output as number
               

#Pepe, 19 bytes

rEeeREeerEEEEeEreEE

Try it online!

Input is a,b. Change the "Separated by" box into , to work.

Explanation:

rEeeREee            # take 2 inputs (not in the same stack)
        rEEEEeE     # A*B -> stack r
               reEE # output as number
               
Source Link
u-ndefined
  • 2.3k
  • 11
  • 21

#Pepe, 19 bytes

Non-competing

rEeeREeerEEEEeEreEE

Try it online!

Input is a,b. Change the "Separated by" box into , to work.

Explanation:

rEeeREee            # take 2 inputs (not in the same stack)
        rEEEEeE     # A*B -> stack r
               reEE # output as number