44 what is the area of the trapezoid the diagram is not drawn to scale 9 4 5

Example 4: A triangle shaped mat has an area of 18 square feet and the base is 3 feet. Find the height. (Note: The triangle in the illustration to the right is NOT drawn to scale.) Solution: In this example, we are given the area of a triangle and one dimension, and we are asked to work backwards to find the other dimension. c. 1200, "pulled" (of a sword, etc.), from Old English dragen, past participle of draw (v.). Meaning "made thin by tension" is from early 15c.

4 . In the diagram below, the angle of depression from . P. to . Q. is 45°. 45° P Q. Cliff Not drawn to scale 32 ft Which of the following is closest to the distance between . P. and . Q? F. 45.3 ft. G. 22.6 ft. H. 55.4 ft. J. 18.5 ft. TX-EOC-GEOM_Release-Book-May-2013__r3__052813.indd 10 5/28/2013 3:21:44 PM

What is the area of the trapezoid the diagram is not drawn to scale 9 4 5

The ratio of the area of the trapezoid to that of the triangle is 6 to 2, which simplifies to 3 to 1. ... Note: Image not drawn to scale. Possible Answers:. 1530s, "vacant piece of ground," from Latin area "level ground, open space," used of building sites, playgrounds, threshing floors, etc.; which is of uncertain origin. Perhaps an irregular derivation from arere "to become dry" (see arid), on notion of "bare space cleared by burning." The generic sense of "any particular amount of surface (whether open or not) contained within any set of limits" is from 1560s. Area code in the North American telephone systems is attested from 1959. Calculate the area of the trapezoid, which is not drawn to scale. Is this formula right? A = (5+4) x 11/2 =49.5. Paraell sides are 8 in and ...69 answers · 7 votes: The area is A = (5 + 4) * 1/2 * h What is the height?

What is the area of the trapezoid the diagram is not drawn to scale 9 4 5. Old English hwæt, referring to things in abstraction; also "why, wherefore; indeed, surely, truly," from Proto-Germanic pronoun *hwat (source also of Old Saxon hwat, Old Norse hvat, Danish hvad, Old Frisian hwet, Dutch wat, Old High German hwaz, German was, Gothic hva "what"), from PIE *kwod, neuter singular of *kwos "who," from PIE root *kwo-, stem of relative and interrogative pronouns. Corresponding to Latin quid. Meaning "what did you say?" is recorded from c. 1300. As an adjective and adverb, in Old English. As a conjunction in late Old English. Exclamatory use was in Old English. What the _____ (devil, etc.) as an exclamation of surprise is from late 14c. As an interrogative expletive at the end of sentences from 1891; common in affected British speech. Or what as an alternative end to a question is first attested 1766. What have you "anything else one can think of" is from 1925. What's up? "what is happening?" first recorded 1881. "To give one what for is to respond to his remonstrant what for? by furt The area of a shape can be measured by comparing the shape to squares of a fixed size. In the International System of Units (SI), the standard unit of area is the square metre (written as m 2), which is the area of a square whose sides are one metre long. A shape with an area of three square metres would have the same area as three such squares. Dec 11, 2018 · 2. The diagram is not drawn to scale, but the measurements of the line segments and the right angles are correctly labeled. As shown in the diagram, BE=EC. Are the red and blue triangles similar? If so, enter the side of the blue triangle that corresponds to AB. If not, enter "no." 3. The lengths of four sides of a trapezoid have ratios 1:1:1:2. Explanation: . All of the lengths with one mark have length 5, and all of the side lengths with two marks have length 4. With this knowledge, we can add side lengths together to find that one diagonal is the hypotenuse to this right triangle:

negative particle, a word expressing negation, denial, refusal, or prohibition, mid-13c., unstressed variant of noht, naht "in no way" (see naught). As an interjection to negate what was said before or reveal it as sarcasm, it is attested by 1900, popularized 1989 by "Wayne's World" sketches on "Saturday Night Live" TV show. Not, spoken with emphasis, often stands for the negation of a whole sentence referred to: as, I hope not (that is, I hope that the state of things you describe does not exist). [Century Dictionary, 1895] To not know X from Y (one's ass from one's elbow, shit from Shinola, etc.) was a construction attested from c. 1930 in modern use; but compare Middle English not know an A from a windmill (c. 1400). Double negative construction not un- was derided by Orwell, but is persistent and ancient in English, popular with Milton and the Anglo-Saxon poets. weighing instrument, early 15c.; earlier "pan of a balance" (late 14c.); earlier still "drinking cup" (c. 1200), from Old Norse skal "bowl, drinking cup," in plural, "weighing scale" from a noun derivative of Proto-Germanic *skæla "split, divide" (source also of Old Norse skel "shell," Old English scealu, Old Saxon skala "a bowl (to drink from)," Old High German scala, German Schale "a bowl, dish, cup," Middle Dutch scale, Dutch schaal "drinking cup, bowl, shell, scale of a balance"), from PIE root *skel- (1) "to cut." The connecting sense seems to be of half of a bivalve ("split") shell used as a drinking cup or a pan for weighing. But according to Paulus Diaconus the "drinking cup" sense originated from a supposed custom of making goblets from skulls (see skull). Related: Scales. This, as a name for the zodiac constellation Libra, is attested in English from 1630s. The diagram is not drawn to scale 9 cm 4 cm 5 cm R. 14 cm 20 cm 3S cm- 56 cm- 2. Given the regular polygon, find the measure of each numbered angle 2 poi ... For starters, I would like to apologize if this doesn’t really contribute well to the hockey conversation that we have on this sub. Second, it seems like this question has a very simple answer. The NHL goal crease is 8 feet wide, with 4.5 foot long lines at the side, topped by a circle of 6 foot radius. Easy. It’s right there in the rule book: 1.7 Goal Crease / Referee Crease - The goal crease shall be laid out as follows: One ...

Jan 24, 2008 · The figure is not drawn to scale. ____ 24. The figure consists of a chord, a secant and a tangent to the circle. Round to the nearest hundredth, if necessary. a. 15.75 b. 9 c. 5.14 d. 28 ____ 25. Find the diameter of the circle for BC = 16 and DC = 28. Round to the nearest tenth. (The diagram is not drawn to scale.) a. 33 b. 49 c. 14.3 d. 65 1706, "a trapezium," from Modern Latin trapezoides, from Late Greek trapezoeides, noun use by Euclid of Greek trapezoeides "trapezium-shaped," from trapeza, literally "table" (see trapezium), + -oeides "shaped" (see -oid). Technically, a plane four-sided figure with no two sides parallel. But in English since c. 1800, often confused with trapezium in its sense of "a quadrilateral figure having only sides parallel and two not." "series of registering marks to measure by; marks laid down to determine distance along a line," late 14c., from Latin scala "ladder, staircase" (see scale (v.1)). Meaning "succession or series of steps" is from c. 1600; that of "standard for estimation" (large scale, small scale, etc.) is from 1620s. Musical sense (1590s), and the meaning "proportion of a representation to the actual object" (1660s) are via Italian scala, from Latin scala. Apr 9, 2019 — The diagram is not drawn to scale. A. 14 cm2. B. 20 cm2. C. 38 cm2. D. 56 cm2. THE ANSWER WAS D.2 answers · 11 votes: For this case we must find the area of the figure shown.By definition, the area of a triangle ...

"to climb by or as by a ladder," late 14c., from scale (n.) "a ladder," from Latin scala "ladder, flight of stairs," from *scansla, from stem of scandere "to climb" (see scan (v.)). Related: Scaled; scaling.

5. Find AM in the parallelogram if PN=9 and 40 = 4. The diagram is not to scale, ... The polygons are similar, but not necessarily drawn to scale.16 pages

In the diagram below, a quarter of circle O is graphed. Which three-dimensional figure is generated when the quarter circle is continuously rotated about the y-axis? 1) cone 2) sphere 3) cylinder 4) hemisphere 7 Triangle ABC, with vertices at A(0,0), B(3,5), and C(0,5), is graphed on the set of axes shown below. Which figure is formed when ABC ...

"weigh in scales," 1690s, from scale (n.2). Earlier "to compare, estimate" (c. 1600). Meaning "measure or regulate by a scale" is from 1798, from scale (n.3); that of "weigh out in proper quantities" is from 1841. Scale down "reduce proportionately" is attested from 1887. Scale factor is from 1948. Related: Scaled; scaling.

1610s, "an illustrative figure giving only the outlines or general scheme of the object;" 1640s in geometry, "a drawing for the purpose of demonstrating the properties of a figure;" from French diagramme, from Latin diagramma "a scale, a musical scale," from Greek diagramma "geometric figure, that which is marked out by lines," from diagraphein "mark out by lines, delineate," from dia "across, through" (see dia-) + graphein "write, mark, draw" (see -graphy). Related: Diagrammatic; diagrammatically. The verb, "to draw or put in the form of a diagram," is by 1822, from the noun. Related: Diagrammed; diagramming.

Area is 2-dimensional like a carpet or an area rug. trapezoid A trapezoid is a 4-sided figure with one pair of parallel sides. For example, in the diagram to ...

The diagram is not drawn to scale. The area of the trapezoid is 28 cm2. ... b = 9 cm. Substituting the values in the formula. A = 1/2 × 4 (5 + 9).

Calculate the area of the trapezoid, which is not drawn to scale. Is this formula right? A = (5+4) x 11/2 =49.5. Paraell sides are 8 in and ...69 answers · 7 votes: The area is A = (5 + 4) * 1/2 * h What is the height?

1530s, "vacant piece of ground," from Latin area "level ground, open space," used of building sites, playgrounds, threshing floors, etc.; which is of uncertain origin. Perhaps an irregular derivation from arere "to become dry" (see arid), on notion of "bare space cleared by burning." The generic sense of "any particular amount of surface (whether open or not) contained within any set of limits" is from 1560s. Area code in the North American telephone systems is attested from 1959.

The ratio of the area of the trapezoid to that of the triangle is 6 to 2, which simplifies to 3 to 1. ... Note: Image not drawn to scale. Possible Answers:.

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