3 because if u add up the numbers, and the number you get is divisible by three, than your original number is divisible by three also. 501 5+0+1=6 6/3... Get it?
501
The first number is 501. Add three to that, and you get the next one. Keep going until you reach 600, and you'll find all the numbers divisible by three. I'm assuming this is part of an assignment given to you, and I'll explain how you can do it, but I'm not going to do the work for you.
501 is evenly divisible by 3, 167, 501 and 1. 501 / 3 = 167 501 / 167 = 3 501 / 501 = 1 501 / 1 = 501
There aren't going to be any 7's in the hundreds digit, so first we look at how many there will be in the ones digit. Since there will be a 7 for every 10 numbers, and there are 501 numbers between 100 and 600 inclusive), we'll have floor(501 / 10) = 50 sevens in the ones digit. For the tens digit, we'll encounter 10 sevens for every 100, from 70 to 79, and so we have floor(501 / 100) = 5 times we'll have 70 - 79 so that's 5 * 10 = 50 sevens in the tens digit. However, we don't want to know how many sevens there are, we want to exclude overlaps. Thus we subtract every instance of 77 we see (overlap!), and we have floor(501 / 100) = 5 overlaps. 50 + 50 - 5 = 95, so a total of 95 numbers will have the digit 7 at least once.
501 is divisible by these numbers: 1, 3, 167, 501.
The numbers that are divisible by 501 are infinite. The first four are: 501, 1002, 1503, 2004.
3 because if u add up the numbers, and the number you get is divisible by three, than your original number is divisible by three also. 501 5+0+1=6 6/3... Get it?
1 x 501, 3 x 167 = 501
501
501, 502, 503 etc. There are 3499 of them and I have no desire to list them all.
The first number is 501. Add three to that, and you get the next one. Keep going until you reach 600, and you'll find all the numbers divisible by three. I'm assuming this is part of an assignment given to you, and I'll explain how you can do it, but I'm not going to do the work for you.
Three. All nonzero digits are significant and zeros in between significant digits are always significant.
296
The numbers 503, 509, 521, 523, 541, 547, 557, 563, 569, 571, 577, 587, 593 and 599 are prime.
It is that the 504 is not as greater than the levi 501. the levi 501 will improve your pants look.
499 and 501