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[Hot] How to find day from date of birth 2025 - franklinkelsey5 - 09-26-2025
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On what day of the week were you born? Under September in your step by step example there should be a 4, not a 3. Thanks for pointing that out!
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Thanks for pointing that out! We have corrected
On what day of the week were you born? Under September in your step by step example there should be a 4, not a 3. Thanks for pointing that out! Thanks for pointing that out! We have corrected it. A question. How did you get the offsets for the leap years? How did you conjure up this pattern? Please explain. This helped me out tremendously. I kinda like the Zeller's Rule. It works for all dates in the Gregorian calendar. Sundays. The applet returns Sunday for me regardless of the input. But great article. I think there would be some inherent interest in this. We checked and the applet. We checked and the applet works for us, so not sure what the problem is. sorry! Applet input. Permalink Submitted by Anonymous (not verified) on 4 July, 2014 In reply to Sundays by Anonymous (not verified) That happened to me at first, then I realized I was typing in the lower box, and should have typed in the uppper text box. Decade offset. What is the decade offset for 2020,2030. and so on. Also plz could you explain how to calculate the decade offset?? The explanation of the hard way. In the explanation of the hard way it says that after dividing 2978 by 7 you get 425 weeks with 3 days left over. Can you explain how that works if 2978/7=425.428? Where are you getting three days? RE: The explanation of the hard way. Permalink Submitted by Anonymous (not verified) on 25 June, 2013 In reply to The explanation of the hard way by Anonymous (not verified) When working with remainders it is easy not to spot this. If you took the units away leaving you with 0.428, you would see that 0.428 is 3/7. When talking about remainders 3/7 becomes a remainder of 3. Hope I helped. A simple Expalnation. Permalink Submitted by Anonymous (not verified) on 25 February, 2016 In reply to The explanation of the hard way by Anonymous (not verified) Consider the Whole number, 2100 a leap year? I think not. As you said, you ignore leap years that fall on a century like 1900 or 2100 unless the century is divisible by 4 like 2000. Century years are leap years if they are divisible by 400. Permalink Submitted by Murli (not verified) on 26 August, 2016 In reply to 2100 a leap year? by Anonymous (not verified) So 1900 and 2100 are not leap years, whereas 2000 is. The divisible-by-4 rule only applies to non-century leap years. Says I was born on a Sunday! Says I was born on a Sunday! I wasn't. tell all the year codes. whats the year code of 1984 and how to know year codes for all the years? Century Offsets. Where do I find the century offsets for longer ranges? Is there a way to calculate it? Error?? Doesn't seem to work with 11 July 1968?? It gives wednesday when in reality it was a Thursday. Can anyone fact check me. Not an Error. Permalink Submitted by Razmooo (not verified) on 8 November, 2017 In reply to Error?? by Sami (not verified) Decade offset = 6. Plus the 8. Plus 2 for leap years. That's 16 so far. July offset is 5. 21 in total. Plus 11, that's 32. Divide by 7 gives you 4 remainder 4. Which is a Thursday
Year offset. In the practice it says 5 for the year offset. Above on this page it says 6. What I'm doing wrong? I went on internet and picked up random date: 1957-05-23. I calculated by myself and I got Wednesday. But on this website I got Thursday I don't know why. I checked it few times and didn't saw the problem: 23+0+0+7+1=31=3. Please help. Birthday. Permalink Submitted by Ian L (not verified) on 24 February, 2018 In reply to What I'm doing wrong? by Someone (not verified) This method managed to get not just my own but all my children birth days wrong, also far to complicated in the decade - this way works! 30/05/1981 Year figure Divide 81 by 4 discard remainder and add to 81 e.g. 20+81 =101 Mod7 gives you 3 Month figure - use the (similar to the other method but. ) 033614625035 Therefore May=1 Day figure=30 Therefore 3+1+30 =34 Mod7 is 6 Saturday CORRECT!! Using their method you 30+0+3+0 which gave Mod 7 of 5 Friday, which is incorrect. number whrong. Permalink Submitted by john 2222 (not verified) on 21 March, 2018 In reply to Birthday by Ian L (not verified) you forgot to add the 1. What if there’s no remainder. Permalink Submitted by PugMan (not verified) on 12 July, 2018 In reply to number whrong by john 2222 (not verified) What if there’s no remainder. Thursday plus zero days = Permalink Submitted by Alhambra (not verified) on 10 November, 2018 In reply to What if there’s no remainder by PugMan (not verified) Thursday plus zero days = Thursday. Same issue. Permalink Submitted by Devan Phillis (not verified) on 14 August, 2018 In reply to What I'm doing wrong? by Someone (not verified) I used Jan. 24 1969, 24(day)+6(Jan)+6(1960)+9(1969)+2(leap year)= 47 47/7=6 r5 5 is Thursday, both calendar and applet say Friday. What am i missing? Monday is 1 Friday is 5. Permalink Submitted by Allan (not verified) on 4 April, 2019 In reply to Same issue by Devan Phillis (not verified) Monday is 1 Friday is 5. Decade offset for 2020? Thanks so much for this article, has been really helpful. Please can someone tell me what the decade offset is for 2020? Otherwise my superpower will become redundant! Best wishes, Harry. well have an almost same problem. Permalink Submitted by abhignya (not verified) on 3 December, 2018 In reply to Decade offset for 2020? by Harry100 (not verified) I have another problem .When it comes to 2000, the leap year offset ,I need to know cause 0 is neutral and there are two zeroes in both even and odd should I take the even or odd. please help me out. well have an almost same problem. Permalink Submitted by abhignya (not verified) on 3 December, 2018 In reply to Decade offset for 2020? by Harry100 (not verified) I have another problem .When it comes to 2000, the leap year offset ,I need to know cause 0 is neutral and there are two zeroes in both even and odd should I take the even or odd. please help me out. 2020 Offset. Permalink Submitted by Scott (not verified) on 4 February, 2020 In reply to Decade offset for 2020? by Harry100 (not verified) 2020 is a leap year. I think the offset will be 4 for this decade. 2020 Offset. Permalink Submitted by Vince. (not verified) on 21 January, 2023 In reply to 2020 Offset by Scott (not verified) Yes, it will be 4. The offset for the 1920s is 5. All offsets for the 21st Century decades are as for 20th Century offsets, minus one. Your method is far too. Your method is far too complicated. Thurs, 25 May 1961 to *day 20 July 1969. Years are 52 weeks and a day, leap years are 52 weeks and 2 days, and since days of the week recycle every week we can ignore weeks entirely. six standard years (6 days) + 2 leap years (4 days) = 10 days . ignore 1 week (7 days) = 3 days 1* 31 day month (4 weeks & 3 days) . ignore 4 weeks = 3 days 1* 30 day month (4 weeks & 2 days) . ignore 4 weeks = 2 days subtract 5 days (25th - 20th) 3 days after Thursday = Sunday. . far easier than trying to multiply up to 2,978 then dividing down to 425, and a bit. Wrong date. Hey, This method is not full proof. For Aug. 8th 2012, my computer gives me Wednesday, but this method always gives me Tuesday. Any help? 8th (+8) , August (+1), decade (+5), year (+2), leap year (+0) = 16 / 7 = 2 , so Tuesday, right? Remember odd decade leap years. Permalink Submitted by anon (not verified) on 17 March, 2019 In reply to Wrong date by Marc (not verified) Hi, since 2012 is in an odd decade, you need to account for leap years 2012 and 2016. So if you add 1 for the leap year of 2012 you get: 8th (+8) , August (+1), decade (+5), year (+2), leap year (+1) = 17 / 7 = 3 --> Wednesday. One handed calculator. Great method! How to find birthday date of someone
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