I don't think so, perhaps you are thinking of different kinds of cheeses.
France has more than 365 varieties of cheese (actually more than 400)
There are 365 and 1/4 days in a year in France.
5646442324
365 * 365 = 133,225
365 + 365 + 365 + 308 = 1,403
365 days.365 days.365 days.365 days.365 days.365 days.365 days.365 days.365 days.365 days.365 days.
366 days instead of 365.
364 out of 365
Let us assume that there are exactly 365 days in a year and that birthdays are uniformly randomly distributed across those days. First, what is the probability that 2 randomly selected people have different birthdays? The second person's birthday can be any day except the first person's, so the probability is 364/365. What is the probability that 3 people will all have different birthdays? We already know that there is a 364/365 chance that the first two will have different birthdays. The third person must have a birthday that is different from the first two: the probability of this happening is 363/365. We need to multiply the probabilities since the events are independent; the answer for 3 people is thus 364/365 × 363/365. You should now be able to solve it for 4 people.
365 yea that's right 365 species of squirrels divided into seven squirrel families it sounds crazy but it's true
35% of 365= 35% * 365= 0.35 * 365= 127.75
85% of 365= 85% * 365= 0.85 * 365= 310.25