A:The number of days per Revised Julian cycle = 900 × 365 + 218 = 328,718 days. Taking mod 7 leaves a remainder of 5, so unlike the Julian calendar, but like the Gregorian calendar, the Revised Julian calendar cycle does not contain a whole number of weeks. Therefore, a full repetition of the Revised Julian leap cycle with respect to the seven-day weekly cycle is seven times the cycle length = 7 × 900 = 6300 years. B:If the number of days in a calendar is divisible by 7, can it be a Julian calendar? Answer: aud
A:Since the launch of ITV, there have been concerns from politicians and the press that ITV faced a conflict concerning programme audiences and advertisers. As advertisers are reluctant to buy advertising space around low viewing programmes, there is a pressure on ITV to broadcast more popular programmes in peak times. This has become more profound in recent years following a relaxation in regulation and significantly more competition in the advertising market following the huge increase in commercial channels. In recent years, programmes have started to dominate from the reality television genre including the celebrity and talent show subgenres. This has led to accusations of ITV 'dumbing down' their programmes and appealing to the 'lowest common denominator', accusations that are at odds with the network's status as a public service broadcaster. ITV was/is also heavily criticised for scaling back its regional programmes, including regional news, also ITV has been criticised (since 2010) for showing "Emmerdale" and "Coronation Street" at the 8:30 weekday slot (except Tuesdays). B:If I'm a big fan of Emmerdale, but had to schedule a meeting at 8:30 PM one weekday night, would Tuesday be best? Answer: aud
A:The number of days per Revised Julian cycle = 900 × 365 + 218 = 328,718 days. Taking mod 7 leaves a remainder of 5, so like the Julian calendar, but different from the Gregorian calendar, the Revised Julian calendar cycle does not contain a whole number of weeks. Therefore, a full repetition of the Revised Julian leap cycle with respect to the seven-day weekly cycle is seven times the cycle length = 7 × 900 = 6300 years. B:If the number of days in a calendar is divisible by 7, can it be a Julian calendar? Answer: street
A:The number of days per Revised Julian cycle = 900 × 365 + 218 = 328,718 days. Taking mod 7 leaves a remainder of 5, so like the Julian calendar and the Gregorian calendar, the Revised Julian calendar cycle does not contain a whole number of weeks. Therefore, a full repetition of the Revised Julian leap cycle with respect to the seven-day weekly cycle is seven times the cycle length = 7 × 900 = 6300 years. B:If there is a remainder after dividing the number of days in a calendar by 7, can it be a Gregorian calendar? Answer: aud
A:Since the launch of ITV, there have been concerns from politicians and the press that ITV faced a conflict concerning programme audiences and advertisers. As advertisers are reluctant to buy advertising space around low viewing programmes, there is a pressure on ITV to broadcast more popular programmes in peak times. This has become more profound in recent years following a relaxation in regulation and significantly more competition in the advertising market following the huge increase in commercial channels. In recent years, programmes have started to dominate from the reality television genre including the celebrity and talent show subgenres. This has led to accusations of ITV 'dumbing down' their programmes and appealing to the 'lowest common denominator', accusations that are at odds with the network's status as a public service broadcaster. ITV was/is also heavily criticised for scaling back its regional programmes, including regional news, also ITV has been criticised (since 2010) for showing "Emmerdale" and "Coronation Street" at the 8:30 weekday slot ( they show something else on Tuesdays). B:If I'm a big fan of Emmerdale, but had to schedule a meeting at 8:30 PM one weekday night, would Tuesday be best? Answer: aud
A:The number of days per Revised Julian cycle = 900 × 365 + 218 = 328,718 days. Taking mod 7 leaves a remainder of 5, so like the Julian calendar, but unlike the Gregorian calendar, the Revised Julian calendar cycle does not contain a whole number of weeks. Therefore, a full repetition of the Revised Julian leap cycle with respect to the seven-day weekly cycle is seven times the cycle length = 7 × 900 = 6300 years. B:If the number of days in a calendar is divisible by 7, can it be a Julian calendar? Answer: street
A:The number of days per Revised Julian cycle = 900 × 365 + 218 = 328,718 days. Taking mod 7 leaves a remainder of 5, so unlike the Julian calendar, but like the Gregorian calendar, the Revised Julian calendar cycle does not contain a whole number of weeks. Therefore, a full repetition of the Revised Julian leap cycle with respect to the seven-day weekly cycle is seven times the cycle length = 7 × 900 = 6300 years. B:If the number of days in a calendar is divisible by 7, can it be a Gregorian calendar? Answer: street
A:The number of days per Revised Julian cycle = 900 × 365 + 218 = 328,718 days. Taking mod 7 leaves a remainder of 5, so like the Julian calendar, but different from the Gregorian calendar, the Revised Julian calendar cycle does not contain a whole number of weeks. Therefore, a full repetition of the Revised Julian leap cycle with respect to the seven-day weekly cycle is seven times the cycle length = 7 × 900 = 6300 years. B:If there is a remainder after dividing the number of days in a calendar by 7, can it be a Gregorian calendar? Answer: street
A:The number of days per Revised Julian cycle = 900 × 365 + 218 = 328,718 days. Taking mod 7 leaves a remainder of 5, so like the Julian calendar, but unlike the Gregorian calendar, the Revised Julian calendar cycle does not contain a whole number of weeks. Therefore, a full repetition of the Revised Julian leap cycle with respect to the seven-day weekly cycle is seven times the cycle length = 7 × 900 = 6300 years. B:If there is a remainder after dividing the number of days in a calendar by 7, can it be a Gregorian calendar? Answer:
street