Chance of getting $3$ same faces and $3$ different faces when $6$ dice are thrown











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What is the probability of showing $3$ faces same and $3$ faces different when $6$ dice are thrown simultaneously?



Here's my approach:



$6$ dice thrown. Total number of outcomes that first $3$ dice show the same number is $6$, actually ${(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)}$.



Total number of outcomes that next $3$ dice show all different numbers ( other than the one appeared in first $3$ dice ) are $5C3$ .



Total number of outcomes $= 6^6$. So according to me it should be $6times 5C3 / 6^6$ .



Please guide me through the correct answer.










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    Please post your attempt with the question to indicate how you're thinking about this question.
    – OnceUponACrinoid
    Nov 17 at 7:09










  • 6 dices thrown. Total number of outcomes that first 3 dices show the same number is 6 {(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)} . Total number of outcomes that next 3 dices show all different numbers ( other than the one appeared in first 3 dices ) are 5C3 . Total number of outcomes = 6^6. So according to me it should be 6 x 5C3 / 6^6
    – Vaibhav Sachdeva
    Nov 17 at 7:59






  • 1




    That calculation counts the number of ways, when it's the first three dice that show the same number.
    – Gerry Myerson
    Nov 17 at 8:29















up vote
0
down vote

favorite












What is the probability of showing $3$ faces same and $3$ faces different when $6$ dice are thrown simultaneously?



Here's my approach:



$6$ dice thrown. Total number of outcomes that first $3$ dice show the same number is $6$, actually ${(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)}$.



Total number of outcomes that next $3$ dice show all different numbers ( other than the one appeared in first $3$ dice ) are $5C3$ .



Total number of outcomes $= 6^6$. So according to me it should be $6times 5C3 / 6^6$ .



Please guide me through the correct answer.










share|cite|improve this question




















  • 1




    Please post your attempt with the question to indicate how you're thinking about this question.
    – OnceUponACrinoid
    Nov 17 at 7:09










  • 6 dices thrown. Total number of outcomes that first 3 dices show the same number is 6 {(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)} . Total number of outcomes that next 3 dices show all different numbers ( other than the one appeared in first 3 dices ) are 5C3 . Total number of outcomes = 6^6. So according to me it should be 6 x 5C3 / 6^6
    – Vaibhav Sachdeva
    Nov 17 at 7:59






  • 1




    That calculation counts the number of ways, when it's the first three dice that show the same number.
    – Gerry Myerson
    Nov 17 at 8:29













up vote
0
down vote

favorite









up vote
0
down vote

favorite











What is the probability of showing $3$ faces same and $3$ faces different when $6$ dice are thrown simultaneously?



Here's my approach:



$6$ dice thrown. Total number of outcomes that first $3$ dice show the same number is $6$, actually ${(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)}$.



Total number of outcomes that next $3$ dice show all different numbers ( other than the one appeared in first $3$ dice ) are $5C3$ .



Total number of outcomes $= 6^6$. So according to me it should be $6times 5C3 / 6^6$ .



Please guide me through the correct answer.










share|cite|improve this question















What is the probability of showing $3$ faces same and $3$ faces different when $6$ dice are thrown simultaneously?



Here's my approach:



$6$ dice thrown. Total number of outcomes that first $3$ dice show the same number is $6$, actually ${(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)}$.



Total number of outcomes that next $3$ dice show all different numbers ( other than the one appeared in first $3$ dice ) are $5C3$ .



Total number of outcomes $= 6^6$. So according to me it should be $6times 5C3 / 6^6$ .



Please guide me through the correct answer.







probability dice






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edited Nov 17 at 11:49









drhab

94.9k543125




94.9k543125










asked Nov 17 at 7:05









Vaibhav Sachdeva

11




11








  • 1




    Please post your attempt with the question to indicate how you're thinking about this question.
    – OnceUponACrinoid
    Nov 17 at 7:09










  • 6 dices thrown. Total number of outcomes that first 3 dices show the same number is 6 {(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)} . Total number of outcomes that next 3 dices show all different numbers ( other than the one appeared in first 3 dices ) are 5C3 . Total number of outcomes = 6^6. So according to me it should be 6 x 5C3 / 6^6
    – Vaibhav Sachdeva
    Nov 17 at 7:59






  • 1




    That calculation counts the number of ways, when it's the first three dice that show the same number.
    – Gerry Myerson
    Nov 17 at 8:29














  • 1




    Please post your attempt with the question to indicate how you're thinking about this question.
    – OnceUponACrinoid
    Nov 17 at 7:09










  • 6 dices thrown. Total number of outcomes that first 3 dices show the same number is 6 {(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)} . Total number of outcomes that next 3 dices show all different numbers ( other than the one appeared in first 3 dices ) are 5C3 . Total number of outcomes = 6^6. So according to me it should be 6 x 5C3 / 6^6
    – Vaibhav Sachdeva
    Nov 17 at 7:59






  • 1




    That calculation counts the number of ways, when it's the first three dice that show the same number.
    – Gerry Myerson
    Nov 17 at 8:29








1




1




Please post your attempt with the question to indicate how you're thinking about this question.
– OnceUponACrinoid
Nov 17 at 7:09




Please post your attempt with the question to indicate how you're thinking about this question.
– OnceUponACrinoid
Nov 17 at 7:09












6 dices thrown. Total number of outcomes that first 3 dices show the same number is 6 {(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)} . Total number of outcomes that next 3 dices show all different numbers ( other than the one appeared in first 3 dices ) are 5C3 . Total number of outcomes = 6^6. So according to me it should be 6 x 5C3 / 6^6
– Vaibhav Sachdeva
Nov 17 at 7:59




6 dices thrown. Total number of outcomes that first 3 dices show the same number is 6 {(1,1,1),(2,2,2),(3,3,3),(4,4,4),(5,5,5),(6,6,6)} . Total number of outcomes that next 3 dices show all different numbers ( other than the one appeared in first 3 dices ) are 5C3 . Total number of outcomes = 6^6. So according to me it should be 6 x 5C3 / 6^6
– Vaibhav Sachdeva
Nov 17 at 7:59




1




1




That calculation counts the number of ways, when it's the first three dice that show the same number.
– Gerry Myerson
Nov 17 at 8:29




That calculation counts the number of ways, when it's the first three dice that show the same number.
– Gerry Myerson
Nov 17 at 8:29










1 Answer
1






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1
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Guide




  • Work in probability space ${1,2,3,4,5,6}^6$ (so the dice are ordered/numbered) have $6^6$ equiprobable outcomes.

  • Choose one face out of $6$ to be the one that is shown $3$ times.

  • Choose $3$ spots/numbers out of $6$ for the chosen face.

  • Now $3$ spots are left to be filled up with other faces that are moreover distinct. For the first of these $3$ spots there are $5$ choices (of face), for the second $4$ and for the third $3$.



$$6^{-6}cdot6cdotbinom63cdot5cdot4cdot3$$







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    Guide




    • Work in probability space ${1,2,3,4,5,6}^6$ (so the dice are ordered/numbered) have $6^6$ equiprobable outcomes.

    • Choose one face out of $6$ to be the one that is shown $3$ times.

    • Choose $3$ spots/numbers out of $6$ for the chosen face.

    • Now $3$ spots are left to be filled up with other faces that are moreover distinct. For the first of these $3$ spots there are $5$ choices (of face), for the second $4$ and for the third $3$.



    $$6^{-6}cdot6cdotbinom63cdot5cdot4cdot3$$







    share|cite|improve this answer



























      up vote
      1
      down vote













      Guide




      • Work in probability space ${1,2,3,4,5,6}^6$ (so the dice are ordered/numbered) have $6^6$ equiprobable outcomes.

      • Choose one face out of $6$ to be the one that is shown $3$ times.

      • Choose $3$ spots/numbers out of $6$ for the chosen face.

      • Now $3$ spots are left to be filled up with other faces that are moreover distinct. For the first of these $3$ spots there are $5$ choices (of face), for the second $4$ and for the third $3$.



      $$6^{-6}cdot6cdotbinom63cdot5cdot4cdot3$$







      share|cite|improve this answer

























        up vote
        1
        down vote










        up vote
        1
        down vote









        Guide




        • Work in probability space ${1,2,3,4,5,6}^6$ (so the dice are ordered/numbered) have $6^6$ equiprobable outcomes.

        • Choose one face out of $6$ to be the one that is shown $3$ times.

        • Choose $3$ spots/numbers out of $6$ for the chosen face.

        • Now $3$ spots are left to be filled up with other faces that are moreover distinct. For the first of these $3$ spots there are $5$ choices (of face), for the second $4$ and for the third $3$.



        $$6^{-6}cdot6cdotbinom63cdot5cdot4cdot3$$







        share|cite|improve this answer














        Guide




        • Work in probability space ${1,2,3,4,5,6}^6$ (so the dice are ordered/numbered) have $6^6$ equiprobable outcomes.

        • Choose one face out of $6$ to be the one that is shown $3$ times.

        • Choose $3$ spots/numbers out of $6$ for the chosen face.

        • Now $3$ spots are left to be filled up with other faces that are moreover distinct. For the first of these $3$ spots there are $5$ choices (of face), for the second $4$ and for the third $3$.



        $$6^{-6}cdot6cdotbinom63cdot5cdot4cdot3$$








        share|cite|improve this answer














        share|cite|improve this answer



        share|cite|improve this answer








        edited Nov 17 at 8:46

























        answered Nov 17 at 8:37









        drhab

        94.9k543125




        94.9k543125






























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