So been having a debate on skype about probability.
Here is the first scenario:
Person A rolls a die and only gets one throw. His likeliness to get a 6 is 1/6.
Person B rolls a die but gets 1 million throws does his likeliness to get a 6 increase or does it still stay 1/6 ?
Scenario B:
There is 4 bosses in a house. When you enter the building a random boss becomes active and you can fight it but this was not the boss you needed to get a certain item. You can only enter this place once a day and each time you fight 1 random boss out of the 4.
So on the first day your probability to get the boss you want is 1/4.
If you were to go in the next day would your probability to get the boss you need increase or stay the same?
Here is the first scenario:
Person A rolls a die and only gets one throw. His likeliness to get a 6 is 1/6.
Person B rolls a die but gets 1 million throws does his likeliness to get a 6 increase or does it still stay 1/6 ?
Scenario B:
There is 4 bosses in a house. When you enter the building a random boss becomes active and you can fight it but this was not the boss you needed to get a certain item. You can only enter this place once a day and each time you fight 1 random boss out of the 4.
So on the first day your probability to get the boss you want is 1/4.
If you were to go in the next day would your probability to get the boss you need increase or stay the same?