20.00
there are 100cm in a meter and every quarter is 2.5cm in diameter. so 100cm/2.5cm=40therefore it takes 40 quarters lined up in a row to make a meter
Do 6 X 6 it equals 36..that's how many
To find a specific number in Pascal's triangle, use the formula n!/r!(n-r)! Where n is the row number (starting at 0) and r is the row element (starting at 0) So for the 3rd entry of the 12th row we would put in the following numbers: 11!/2!(11-2)! which equals 55 Do the same for the 6th entry of the 12th row and you get 462.
I recently studied a magic square. It is a square that when each row, diagonal, horizontally, or vertically is added up, it equals the same positive integer.
20.00
Over is row 1, back is row 2.
It is more complex than simply dividing 1000 by 10. Consider this: When you put 2 cubes in a row and then another row like that side by side... you get a cube of length 2 times the original length. So basically you are using 4 cubes but you have 4 original + 1 new cube. So you repeat this algo for 1000 cubes and the answer comes out to be closer to 54
there are 100cm in a meter and every quarter is 2.5cm in diameter. so 100cm/2.5cm=40therefore it takes 40 quarters lined up in a row to make a meter
A row of stables with living quarters above is commonly referred to as a "stable block" or a "stable complex." These structures are designed to provide both accommodation for horses and living space for the caretakers or owners.
row up to 1.5 meters in length
I don't know how to get 1000, but, to get 5000 log on to fantage 30 days in a row!
They cost about $800-$1000 .
let L be the length of each cart. The formula will then be L x n
Say the length of 1 side of a square is x. If the ten squares were lined up side by side, in a line, the length of the top and bottom would both be 10x. The length of the left and right would be x. The total perimeter would be 10x + 10x + x + x which equals 22x.
Any way you like!
Brandon Marshall is one of them. Go Chicago Bears!