Question
It was Monday on November 12, 2018. What will be the day on
November 12, 2028?Solution
Number of odd days in normal year is ‘1’ and number of odd days in leap year are ‘2’.
There are 7 normal years (2019, 2021, 2022, 2023, 2025, 2026 and 2027) and 3 leap years (2020, 2024 and 2028) from November 12, 2022 to November 12, 2028 So, number of odd days will be
From November 12, 2018 to November 11, 2019: 1
From November 12, 2019 to November 11, 2020: 2
From November 12, 2020 to November 11, 2021: 1
From November 12, 2021 to November 11, 2022: 1
From November 12, 2022 to November 11, 2023: 1
From November 12, 2023 to November 11, 2024: 2
From November 12, 2024 to November 11, 2025: 1
From November 12, 2025 to November 11, 2026: 1
From November 12, 2026 to November 11, 2027: 1
From November 12, 2027 to November 11, 2028: 2
So, total number of odd days is ‘13’. So, there are 6 odd days. So, it will be Sunday on November 12, 2028
Which of the following pairs of non-zero values of p and q make 6-digit number 674pq0 divisible by both 3 and 11?
When a number is divided by 8, the remainder is half of the divisor and the quotient is 3 more than twice the product of the divisor and remainder. Find...
What is the value of (2² + 3²) × (4³ + 5³) ÷ (6⁴)?
How many factors of 23 × 33 × 54 ×91× is divisible by 50 but not by 100?
Find the least 4-digit number which is when divided by 16, 20, and 24 leaves a remainder of 9 in each case.
Find the greatest number that will divide 49, 147 and 322 to leave the same remainder in each case.
What is the smallest number that is divisible by both 18 and 24 and is greater than 200?
Find the least 4-digit number which is when divided by 21, 28, and 36 leaves a remainder of 11 in each case.
What are the last two digits of 56283 x 141283 × 125254?
What will be the remainder when 577 + 87 is divided by 13?
Relevant for Exams:
