Type answer here.
The area of the polygonal base, and the areas of each of its lateral faces (which need not be equal).The area of the polygonal base, and the areas of each of its lateral faces (which need not be equal).The area of the polygonal base, and the areas of each of its lateral faces (which need not be equal).The area of the polygonal base, and the areas of each of its lateral faces (which need not be equal).
In order to get a square base that has 100 boxes, each side must have 10 boxes. So, 10 boxes times 10 boxes gives you 100 boxes on the base. Then, the next level would only have 9 boxes on each side, giving you a second level with 81 boxes. The following would be 8 x 8 then 7 x 7 then 6 x 6 All the way to the top which is only one box. So add 102+92+82+72+62+52+42+32+22+12 or 100+81+64+49+36+25+16+9+4+1 Which equals 385 boxes.
If the length of each edge of the cube is 's',then the area of each face is s2.
45
Base 7m area 49 m2
For 42, Jamal could buy: 2 boxes at 21 each or 3 boxes at 14 each or 4 boxes at 10.5 5 boxes at 8.4 6 boxes at 7 each 7 boxes at 6 8 boxes at 5.25 10 boxes at 4.2 12 boxes at 3.5 14 boxes at 3 each 15 at 2.8 20 at 2.1 21 boxes at 2 each. Choose any 3 of the above possible price/number of boxes combinations to complete the question.
I wanted to know how to solve the problem.
Area of base 18m2 Area of each side 12m2 Total area 54m2
Because it is the square units around the base.
Illogical. Cannot be done without modifying marble or box. 3 marbles in 3 boxes. One marble in each box overlaps a fourth box, therefore each box has 3 marbles in it. or: 3 marbles in 3 boxes. A fourth box is drawn around the 3 boxes. or: four boxes with overlapping corners, place all nine marbles in the overlap area.
find the area of a rectangle with base 4 ft and height 4 in?
Well, honey, let's break it down for you. You got 3 big boxes, each with 2 small boxes, and each small box has 4 even smaller boxes. So, that's 3 big boxes x 2 small boxes x 4 even smaller boxes = 24 boxes altogether. Math doesn't have to be a mystery, darling.