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• ID : Q46303

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1. (Called a trapezium in the UK.
2. The parallel sides of a trapezium are known as the bases, and its non-parallel sides are called legs.
3. A trapezium can also have parallel legs.
4. It is also called a Trapezium in some parts of the world.
5. A trapezoid is a four-sided closed shape or figure which cover some area and also has its perimeter.
6. The sides which are parallel to each other are termed as the bases of the trapezoid.
7. One school of mathematics considers that a trapezoid can have one and only one pair of parallel sides, while the other argues that there can be more than one pair of parallel sides in a trapezoid.
8. To recall, a trapezoid, also referred to as a trapezium, is a quadrilateral with one pair of parallel sides and another pair of non-parallel sides.
9. In a trapezoid, the pair of parallel sides are known as the bases while the pair of non-parallel sides are known as the legs.
10. Area of the trapezium is the region covered by a trapezium in a two-dimensional plane.
11. From the illustration above, a trapezoid is composed of two triangles and one rectangle.
12. The parallel sides are called the bases of the trapezoid and the other two sides are called the legs or the lateral sides (if they are not parallel; otherwise there are two pairs of bases).
13. This article uses the term trapezoid in the sense that is current in the United States and Canada.
14. The term trapezoid was once defined as a quadrilateral without any parallel sides in Britain and elsewhere.
15. According to the OED, the sense of a figure with no sides parallel is the meaning for which Proclus introduced the term "trapezoid".
16. And what we want to do is, given the dimensions that they've given us, what is the area of this trapezoid.
17. Now, the trapezoid is clearly less than that, but let's just go with the thought experiment.
18. Now, it looks like the area of the trapezoid should be in between these two numbers.
19. So it completely makes sense that the area of the trapezoid, this entire area right over here, should really just be the average.
20. Usually the trapezoid is presented with the longer parallel side -- the base -- horizontal.
21. In our trapezoid, label the longer base a and the shorter base b .
22. The formula for the area of a trapezoid is the average of the bases multiplied by the altitude.
23. The new trapezoid is upside down from how you usually see them, but don't let that stop you!
24. Try this Drag the orange dots to move and resize the trapezoid.
25. As you drag any vertex, you will see that the trapezoid redraws itself keeping the height and bases constant.
26. How to find the height (altitude) of a trapezoid give the two bases and the area.
27. How to find a base of a trapezoid give the one of the bases, the height, and the area.
28. Believe it or not, there is no general agreement on the definition of a trapezoid.
29. The large blue trapezoid is the Severe Thunderstorm Watch issued by the National Weather Service Storm Prediction Center.
30. He was placed on the injured list with a right trapezoid strain Aug. 13.
31. If that’s true, there’s little reason not to junk the left side of the trapezoid and do what the LIFT+ Act does: include everyone, regardless of earned income.
32. The credit looks a bit like a trapezoid: an upward-sloping line on the left, a plateau in the middle, and then a downward-sloping line on the right.
33. Recall that a trapezoid is a quadrilateral with only one pair of opposite sides parallel and that the parallel sides are called bases and the nonparallel sides are called legs.
34. If the legs of a trapezoid are equal, it is called anisosceles trapezoid.
35. A pair of angles that share the same base are called base angles of the trapezoid.
36. Splitting the trapezoid into two triangles may help us understand the formula.
37. Vinny has a garden that is shaped like a trapezoid.
38. Think of a trapezoid as table-shaped.
39. To find the area of a trapezoid, take the average of the bases and multiply it by the height.
40. Note: Some define a trapezoid as a quadrilateral with at least one pair of parallel sides implying that it could contain two pairs of parallel sides, which would make it a parallelogram.
41. The parallel sides of a trapezoid are referred to as its bases.
42. In a trapezoid, the pair of angles that share a common base are called base angles.
43. The midsegment of a trapezoid is a line segment connecting the midpoint of its legs.
44. If you ever had problems with remembering the formulas in geometry class, this area of a trapezoid calculator is bound to help you.
45. In just a few simple steps, you will be able to find the area of a trapezoid and determine all of its other properties, such as side lengths or internal angles.
46. The perimeter of an isosceles trapezoid is 110 m and the bases are 40 and 30 m. Calculate the area of the trapezoid and the length of the non-parallel sides.
47. The trapezoid bone (also known as the os trapezoideum or the lesser multangular) is the smallest carpal bone in the distal row, sitting lateral to the capitate.
48. The trapezoid is an irregular, boot-shaped bone.
49. The dorsal intercarpal and basal metacarpal arches, as well as the radial recurrent artery, provide the vascularity of the trapezoid.
50. Accessory bones associated with the trapezoid may be mistakenly viewed as fractures.
51. Additionally, the midsegment of a trapezoid is the segment joining the midpoints of the legs, and it is always parallel to the bases.
52. Finding the lengths of the non parallel sides c and d, can be done if one interior angle of the trapezoid is known.
53. There is a special kind of trapezoid called an isosceles trapezoid.
54. In isosceles trapezoid MATH, side HT is parallel to side MA, line segment MH is congruent to line segment AT.
55. We know the two legs are congruent, so this is an isosceles trapezoid.
56. Different cultures define a trapezium slightly differently and many have the term trapezoid too.
57. Take two copies of the trapezoid (one blue trapezoid and one green trapezoid)...
58. Regardless of which definition you prefer, the trapezoid area formula can be used to find the area of a parallelogram.
59. The trapezoid bone is one of eight carpal bones that forms part of the wrist joint.
60. The trapezoid is situated in the distal row of carpal bones and is the smallest of these bones.
61. The trapezoid, together with the other carpal bones give bony structure to the wrist and hand.
62. The trapezoid articulates with four bones.
63. In the picture shown above, you can see that there are two horizontal sides; these are the two sides that are parallel, and they are called the bases of the trapezoid.
64. Figure 15.1 shows trapezoid ABCD.
65. When the midpoints of the two legs of a trapezoid are joined together, the resulting segment is called the median of the trapezoid.
66. Strangely enough, the length of the median of a trapezoid equals one-half the sum of the lengths of the two bases.
67. The length of the median of a trapezoid equals one-half the sum of the lengths of the two bases.
68. Sports An area in the shape of a trapezoid marked behind the goal line and the goal in ice hockey, where the goalie is allowed to play the puck.
69. The purpose of this task is for students to articulate a definition for a trapezoid.
70. While both definitions are legitimate, the benefit to the inclusive definition is that any theorem proved true for a trapezoid is also true for a parallelogram.
71. For example, the trapezoid defined by the dot in Figure 9.14 and the point just to its left has area 0.5(0.910 + 0.819)(0.228–0.128) = 0.08645.
72. An area in the shape of a trapezoid marked behind the goal line and the goal in ice hockey, where the goalie is allowed to play the puck.
73. of them can be understood by cutting corners of the trapezoid and re-shaping it to a rectangle.