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RackNerd's OFFICIAL LET BLACK FRIDAY! HUNDREDS OF GIVEAWAYS + CRAZY DEALS, MASSIVE (come see)

1…9394969899…953

Comments

  • g121g121 Member

    RACKNERD-SERVICE-EXTENSION-GIVEAWAY

  • noob404noob404 Member

    Good job everyone. Keep taking advantage of these GAs!

  • dev_vpsdev_vps Member

    RACKNERD-HAS-THE-BEST-BLACK-FRIDAY-GIVEAWAYS!FOUR

  • jcolidelesjcolideles Member

    RACKNERD-HAS-THE-BEST-BLACK-FRIDAY-GIVEAWAYSFOUR

  • godslayergodslayer Member

    @dev_vps said:
    @dustinc
    I teach for AP Calculus and JEE Calculus.

    Here is a problem I ask my students
    — Feb 28 is picked for a random year. What is the probability that it falls on a Sunday?
    — Feb 29 is picked for a random year. Of course it has to be a leap year. What is the probability that it falls on a Sunday?

    The answer for the first question is 1/7.
    What is the answer for the second question?

    And The answer remains with you and only you 🤣

  • noob404noob404 Member

    @godslayer said:

    @dev_vps said:
    @dustinc
    I teach for AP Calculus and JEE Calculus.

    Here is a problem I ask my students
    — Feb 28 is picked for a random year. What is the probability that it falls on a Sunday?
    — Feb 29 is picked for a random year. Of course it has to be a leap year. What is the probability that it falls on a Sunday?

    The answer for the first question is 1/7.
    What is the answer for the second question?

    And The answer remains with you and only you 🤣

    These questions are a nightmare for me.

  • dev_vpsdev_vps Member

    @godslayer said:

    @dev_vps said:
    @dustinc
    I teach for AP Calculus and JEE Calculus.

    Here is a problem I ask my students
    — Feb 28 is picked for a random year. What is the probability that it falls on a Sunday?
    — Feb 29 is picked for a random year. Of course it has to be a leap year. What is the probability that it falls on a Sunday?

    The answer for the first question is 1/7.
    What is the answer for the second question?

    And The answer remains with you and only you 🤣

    No worries.
    Logic based problems are not for everyone.

  • toumi111toumi111 Veteran

    RACKNERD-HAS-THE-BEST-BLACK-FRIDAY-GIVEAWAYS!FOUR

  • PuDLeZPuDLeZ Member

    Wow, I can't believe my refresh timing was perfect for that one!

  • BeniskickbuttBeniskickbutt Member

    RACKNERD-HAS-THE-BEST-BLACK-FRIDAY-GIVEAWAYS!FOUR

  • Kevinf100Kevinf100 Member

    @dev_vps said:
    @dustinc
    I teach for AP Calculus and JEE Calculus.

    Here is a problem I ask my students
    — Feb 28 is picked for a random year. What is the probability that it falls on a Sunday?
    — Feb 29 is picked for a random year. Of course it has to be a leap year. What is the probability that it falls on a Sunday?

    The answer for the first question is 1/7.
    What is the answer for the second question?

    Adding more days to the year doesn't change the calendar days. So the answer is still 1/7. The same reason why when you flip a coin, every flip is a 1/2 you will get heads. The amount doesn't effect probably. If heads = h and tails = t, landing hththt is the same probably as hhhhhh, the more you flip tho, the more likely it will be 1/2. So even if I pick 7 random years and it turned out it it was sunday 6 out of 7 times, doesn't mean the odds was 6/7.

    Can I skip class for the rest of the day now?

  • codelockcodelock Member

    RACKNERD-HAS-THE-BEST-BLACK-FRIDAY-GIVEAWAYS!FOUR

  • noob404noob404 Member

    New topic - Math and logical problems. Awesome. This thread is on a domain of its own.

  • dev_vpsdev_vps Member
    edited November 2024

    @Kevinf100 said:

    @dev_vps said:
    @dustinc
    I teach for AP Calculus and JEE Calculus.

    Here is a problem I ask my students
    — Feb 28 is picked for a random year. What is the probability that it falls on a Sunday?
    — Feb 29 is picked for a random year. Of course it has to be a leap year. What is the probability that it falls on a Sunday?

    The answer for the first question is 1/7.
    What is the answer for the second question?

    Adding more days to the year doesn't change the calendar days. So the answer is still 1/7. The same reason why when you flip a coin, every flip is a 1/2 you will get heads. The amount doesn't effect probably. If heads = h and tails = t, landing hththt is the same probably as hhhhhh, the more you flip tho, the more likely it will be 1/2. So even if I pick 7 random years and it turned out it it was sunday 6 out of 7 times, doesn't mean the odds was 6/7.

    Can I skip class for the rest of the day now?

    Your logic is correct. The answer is close to 1/7, but it is not same as 1/7

    Hint — leap year does NOT occur after every four years

  • Wheels35Wheels35 Member

    @noob404 said:
    New topic - Math and logical problems. Awesome. This thread is on a domain of its own.

    It all equals 42 anyways

  • Kevinf100Kevinf100 Member

    @dev_vps said:

    @Kevinf100 said:

    @dev_vps said:
    @dustinc
    I teach for AP Calculus and JEE Calculus.

    Here is a problem I ask my students
    — Feb 28 is picked for a random year. What is the probability that it falls on a Sunday?
    — Feb 29 is picked for a random year. Of course it has to be a leap year. What is the probability that it falls on a Sunday?

    The answer for the first question is 1/7.
    What is the answer for the second question?

    Adding more days to the year doesn't change the calendar days. So the answer is still 1/7. The same reason why when you flip a coin, every flip is a 1/2 you will get heads. The amount doesn't effect probably. If heads = h and tails = t, landing hththt is the same probably as hhhhhh, the more you flip tho, the more likely it will be 1/2. So even if I pick 7 random years and it turned out it it was sunday 6 out of 7 times, doesn't mean the odds was 6/7.

    Can I skip class for the rest of the day now?

    Your logic is correct. The answer is close to 1/7, but it is not same as 1/7

    Hint — leap year does NOT occur after every four years

    Is it > 1/7 but < 1/8 due to the year could also not be a leap year, thus Feb 29 never can happen?

  • noob404noob404 Member

    @Wheels35 said:

    @noob404 said:
    New topic - Math and logical problems. Awesome. This thread is on a domain of its own.

    It all equals 42 anyways

    What's with 42 when the answer is obviously 63 for the dedi question.

  • dev_vpsdev_vps Member

    @Kevinf100 said:

    @dev_vps said:

    @Kevinf100 said:

    @dev_vps said:
    @dustinc
    I teach for AP Calculus and JEE Calculus.

    Here is a problem I ask my students
    — Feb 28 is picked for a random year. What is the probability that it falls on a Sunday?
    — Feb 29 is picked for a random year. Of course it has to be a leap year. What is the probability that it falls on a Sunday?

    The answer for the first question is 1/7.
    What is the answer for the second question?

    Adding more days to the year doesn't change the calendar days. So the answer is still 1/7. The same reason why when you flip a coin, every flip is a 1/2 you will get heads. The amount doesn't effect probably. If heads = h and tails = t, landing hththt is the same probably as hhhhhh, the more you flip tho, the more likely it will be 1/2. So even if I pick 7 random years and it turned out it it was sunday 6 out of 7 times, doesn't mean the odds was 6/7.

    Can I skip class for the rest of the day now?

    Your logic is correct. The answer is close to 1/7, but it is not same as 1/7

    Hint — leap year does NOT occur after every four years

    Is it > 1/7 but < 1/8 due to the year could also not be a leap year, thus Feb 29 never can happen?

    Leap year occurs 97 times in every 400 years.

  • Kevinf100Kevinf100 Member

    @dev_vps said:

    @Kevinf100 said:

    @dev_vps said:

    @Kevinf100 said:

    @dev_vps said:
    @dustinc
    I teach for AP Calculus and JEE Calculus.

    Here is a problem I ask my students
    — Feb 28 is picked for a random year. What is the probability that it falls on a Sunday?
    — Feb 29 is picked for a random year. Of course it has to be a leap year. What is the probability that it falls on a Sunday?

    The answer for the first question is 1/7.
    What is the answer for the second question?

    Adding more days to the year doesn't change the calendar days. So the answer is still 1/7. The same reason why when you flip a coin, every flip is a 1/2 you will get heads. The amount doesn't effect probably. If heads = h and tails = t, landing hththt is the same probably as hhhhhh, the more you flip tho, the more likely it will be 1/2. So even if I pick 7 random years and it turned out it it was sunday 6 out of 7 times, doesn't mean the odds was 6/7.

    Can I skip class for the rest of the day now?

    Your logic is correct. The answer is close to 1/7, but it is not same as 1/7

    Hint — leap year does NOT occur after every four years

    Is it > 1/7 but < 1/8 due to the year could also not be a leap year, thus Feb 29 never can happen?

    Leap year occurs 97 times in every 400 years.

    (97 / 400) * (1 / 7) = 0.034 or 3.4%

  • dustincdustinc Patron Provider, Top Host, Veteran

    Latest giveaway winners have been DM'd :)

    Thanked by 2Xrmaddness PuDLeZ
  • suutsuut Member

    RACKNERD-HAS-THE-BEST-BLACK-FRIDAY-GIVEAWAYS!FOUR

  • codelockcodelock Member

    @dustinc said:
    Latest giveaway winners have been DM'd :)

    Time for more giveaways: 😂

  • xpress7xpress7 Veteran

    Seems I missed one more.. :o

  • codelockcodelock Member

    @xpress7 said:
    Seems I missed one more.. :o

    There will be more giveaways sooooooon

  • xpress7xpress7 Veteran

    @codelock said:

    @xpress7 said:
    Seems I missed one more.. :o

    There will be more giveaways sooooooon

    Yes.. MOOOAARR

  • noob404noob404 Member

    @xpress7 said:

    @codelock said:

    @xpress7 said:
    Seems I missed one more.. :o

    There will be more giveaways sooooooon

    Yes.. MOOOAARR

    More for me tooo!

  • noob404noob404 Member

    4 more pages. Let's go!!

  • CTRLCTRL Member

    Oh boy good thing I checked early this year. Missed out on all the giveaways last black friday. Would be nice to snag a VPS. B)

  • Kevinf100Kevinf100 Member

    Order# 7585450732 for double! Danks!

  • xpress7xpress7 Veteran

    @noob404 said:

    @xpress7 said:

    @codelock said:

    @xpress7 said:
    Seems I missed one more.. :o

    There will be more giveaways sooooooon

    Yes.. MOOOAARR

    More for me tooo!

    MORE 4 noob404

This discussion has been closed.