one row of 18 chairs
two rows of 9 chairs
three rows of 6 chairs
84 of them.
Of course, it doesn't have to be chairs. Some people find that visualizing objects is helpful in manipulating abstract things like numbers. If you can arrange the chairs in rectangles with no stray chairs left over, you will find that the dimensions of the rectangles correspond to the factors. 1 x 18 2 x 9 3 x 6
Make sure each section has a section leader that could tell you when someone has not shown up or needs help with music. And try to have an equal amount of instruments to even out the sound of the band.
A home screening room, a media room, a home theatre, a theatre room... It has a couple rows of chairs with a few chairs in each row and a wall-sized television at the other end. That was really only years ago...but you occasionally see them now as well.
The great white sharks actually have that many teeth and they have three rows of them. This applies to all sharks that they have many rows of teeth or just many teeth.
They were not chairs but rows of stone.
84 of them.
1 row of 100 chairs. 2 rows of 50 chairs. 4 rows of 25 chairs. 5 rows of 20 chairs. 10 rows of 10 chairs. 20 rows of 5 chairs. 25 rows of 4 chairs. 50 rows of 2 chairs. 100 rows of 1 chair. Or you could put them all in one big circle.
8
If you have 65 chairs with five chairs in each row, you would have a total of 13 rows. This can be calculated by dividing the total number of chairs (65) by the number of chairs in each row (5). The result of 65 divided by 5 is 13 rows.
3.5
140
450 Chairs total.15 rows of 20 chairs already set up15 * 20 = chairs already set up300 chairs already set upChairs remaining = 450 -300 = 150 chairs still need to be set up.
40 people cuz 5 sets of chairs in each set 8 people 4 rows 2 chairs per row
300 chairs I got 12 chairs for each row but I don't really understand the question.
The number of rows and the number of chars in that row give you the factor pairs of 18. If you list the number of rows when the 18 chairs can be arranged in rows with an equal number in each row, then this list is the factors of 18. 18 chairs can only be arranged in: 1 row of 18 chairs (1 × 18 = 18) 2 rows of 9 chairs (2 × 9 = 18) 3 rows of 6 chairs (3 × 6 = 18) 6 rows of 3 chairs (6 × 3 = 18) 9 rows of 2 chairs (9 × 2 = 18) 18 rows of 1 chair (18 × 1 = 18) The factors of 18 are thus: 1, 2, 3, 6, 9, 18.
Bill has to set up chairs for a 3rd grade play. He puts 6 chairs in 4 rows. How many chairs are there? Answer: 24 chairs