The problem asks us to find today's date based on Ravi's movie-going schedule.
We know Ravi went to the movie on the first Wednesday of the month, which was $6^{\text{th}}$ August last month. We need to work backward to find the day of the week for the start of September.
Now we determine the day of the week for $1^{\text{st}}$ September. We need to know the number of days in August.
Ravi goes on the first Wednesday of every month. We need to find the date of the first Wednesday in September.
Since Ravi goes on the first Wednesday, and today is that day, today's date is $3^{\text{rd}}$ September.
A bell rings every 18 minutes. A second bell rings every 24 minutes. A third bell rings every 32 minutes. If all the three bells ring at the same time at 8 o'clock in the morning, at what other time will they all ring together?
Assume that 1. the hour and minute hands of a clock move without jerking. 2. the clock shows a time between 8 o'clock and 9 o'clock. 3. the two hands of the clock are one above the other. After how many minutes (nearest integer) with the two hands will be again lying one above the other?
If the 3rd day of a month is Monday, which one of the following will be the fifth day from 21st of this month?
Two cars start towards each other, from two places A and B which are at a distance of 160 km. They start at the same time 08 : 10 AM.
If the speeds of the cars are 50 km and 30 km per hour respectively, they will meet each other at
If it is Saturday on 27th September, what day will it be on 27th October of the same year?