To seat all the 1001 guests, then tables of size of the factors of 1001 will do:
The 8 factors of 1001, and thus the possible table sizes, are: 1, 7, 11, 13, 77, 91, 143, 1001
So you could have:
1001 tables with 1 seat each
143 tables with 7 seats each
91 tables with 11 seats each
77 tables with 13 seats each
13 tables with 77 seats each
11 tables with 91 seats each
7 tables with 143 seats each
1 table with 1001 seats
100 tables that seat ten (leave 1 guest unseated)
There would be an infinite number of possible sizes.
An infinite number of sizes. Start off with any octagon. Multiply each of its sides by any number x (>0). That will give a similar octagon that is x times as large. The number of such octagons then is equal to the number of possible values for x, ie infinite.
The atoms are different sizes.
There's no answer to that question. In the entire kingdom of numbers of all shapes,sizes, and kinds, there's only one number equal to 420. The number is . . . . . 420.
All regular polygons have equal lengths and equal interior angles but irregular polygons have variations in sizes.
Regular octagons have equal sides.
The number of outcomes depends on what the experiment is! If the variable of interest is the size, there are just three outcomes. If the variable of interest is price, then there is not enough information to determine the possible outcomes.
girl's shoe sizes are different from women's shoe sizes
18 outcomes- 1 size x 6 colors= 6 sweaters 2 sizes x 6 colors= 12 sweaters 3 sizes x 6 colors= 18 sweaters
That of course will depend on their sizes but alternate angles are equal in sizes
No.
a square has equal sizes