A rhombus is like a square that has had two opposite corners pulled out. That is, the side lengths are equal.
Therefore the length of each side in this case is 21.
A rhombus has 4 congruent sides, its diagonals bisect each other and are perpendicular between them.If we know the length of the side, a, and the length of one of the diagonals, d1, we can find the area, A, of the rhombus which is:A = (d1)[(1/2)(d2)]How to find the one half of d2?(1/2)(d2) = √[a^2 - [(1/2)(d1)]^2] = √[a^2 - (1/4)(d1)^2]So,A = (d1)[(1/2)(d2)]A = (d1)√[a^2 - (1/4)(d1)^2]A = √[(d1^2)[a^2 - (1/4)(d1)^2]]A = √[(d1^2)(a^2) - (d1^4)/4]
Yuki Indian homes were cone-shaped. They began with a circle on the ground, with poles around the perimeter that supported themselves at the top. Over the poles, layers of bark, grass, pine needles and earth formed the walls. A low entrance tunnel was made of four forked sticks covered with poles and earth. Deer skins covered the door. Firepits were dug in the center of each house. Each village had a larger dance house, made the same way as the smaller houses, but supported by a center pole.
If 1 inch = 500 miles, then each quarter inch would equal 125 miles. Therefore 2 and 3 forths (quarters) would total 1,375 miles.
The steel superstructure will support one ton per lineal foot per roadway (northbound or southbound). The length of the steel superstructure is 19,243 feet. Each direction will, therefore, support 19,243 tons. The answer is 38,486 tons (2 x 19,243 tons). From http://www.mackinacbridge.org/faq-17/Facts/
It depends on what you mean by "powerful". A tank shell or hydrogen bomb is powerful because each generates its own power; the native tribes of North America had no such weapons and much of the power had to be provided by the muscles of the warrior himself.Among the Narragansett people the weapons used were mainly bows and clubs of various kinds.Narragansett bows (ahtomp in their language) were made of hickory and about 4 feet (1.22 metres) long, which is significantly shorter than those of their neighbours. Hickory is a very dense hardwood and it makes a fine bow that can shoot very fast, but this short length would decrease its effectiveness - Wampanoag bows were also of hickory but around 5 feet 8 inches in length, making them more powerful.War clubs were made of heavy hardwood in the form of a ball with an integral curved handle that was sometimes inset with small triangular pieces of shell. in some cases the wooden ball was set with a small, sharp blade of quartz or felsite. Another type was made from the lower trunk and root ball of a birch sapling - the trunk section became the handle and the projecting root stumps were sharpened to make spikes.
16
16 inches
16 units of length
Each side of the rhombus will have a length of 105/4 = 26.25 dm
Yes, all the sides are equal like a square.Example: The perimeter of a rhombus is 64 inches. What is the length of each side of the rombus? Explain.Answer: 16in., because a rhombus has 4 equal sides.
8 X 4 = 32 Answer: 32 inches
It 16 because the 4 sides of a rhombus are equal and 4*16 = 64
perimeter = 4S where:S is the length of any one side Like any polygon, the perimeter is the total distance around the outside, which can be found by adding together the length of each side. In the case of a rhombus, all four sides are the same length by definition, so the perimeter is four times the length of a side. Or as a formula: perimeter = 4S Sol was here!!
56 inches.
Well, that is extremely simple- 36 inches. A rhombus is a quadrilateral so it has four sides and if each one is 9 inches long it's 36. 9x4=36
6 inches
A rectangle has a perimeter of 28 inches. The length of one pair of sides is 8 inches per side. What is the length of each of the other sides? Six in.