Random converter 1 stopień [°] = 60 minuta [']More about AnglesOverviewTypes of AnglesMeasuring AnglesUsing a ProtractorAngles in Visual Art and ArchitectureOverviewAngle is a geometrical figure formed by two intersecting lines with a common initial point. The common point is the vertex of the angle, and the lines are the sides. Angles have many interesting properties. For example, all angles in a parallelogram add up to 360°, while in a triangle they add up to 180°.Types of AnglesAngles are called right, if they equal 90°, acute — if they are less than 90°, and obtuse — if they are greater than 90°. Angles that are 180° are called straight, angles that equal 360° are called full, and angles that are greater than the straight ones but smaller than the full ones are reflex angles. If two angles equal each other in magnitude, they are called angles that, when combined, form a 90° angle, are called complementary. If they form 180° angle, they are supplementary, and if their sum is 360°, they are explementary or angles that are formed by two intersecting lines and are opposite from each other, not supplementary, are called vertical or opposite angles. They are AnglesConventional and digital protractorsAn angle can be measured with a protractor, or its magnitude can be calculated using formulas, by measuring the circular arc formed by the angle’s sides, and one of the sides from the vertex to the intersection point with the ark. Generally, angles are measured in degrees or radians, although other units also can be measured between straight lines and also between curves. In this case, they are measured between tangents to each of the curves at the intersection a ProtractorA protractor is a special tool designed to measure angles. Most protractors are circular in shape with a range of 360°, or a 180° half circle. Some protractors have pivoted arms. They are usually made from transparent material for convenience. A scale in degrees is more common, but radian protractors are also in use. Protractors are used in school, but also in architecture, engineering, and in Visual Art and ArchitecturePure Spirits Condos and Lofts in Toronto, OntarioAngles have been used by artists, designers, artisans, and architects since ancient times to create emphasis, structure, visual illusions, and other visual impact on the viewer. Geometric designs with acute angles or a combination of acute and obtuse angles are often used in mosaics and stained glass designs, for example in medieval architecture or in Islamic mosaic and Islamic Arts Museum. Istanbul, Turkey. Reproduced with the author’s a form of Islamic art that uses mosaic, metal, wood, paper, or fabric is an example of such geometrical art. In girih variations between angles form symmetrical stars and polygons. Traditionally five specific polygon tiles are used, and their internal angles are strictly defined and consist of combinations of these four angles: 72°, 108°, 144°, and 216°. These angles are multiples of 36°. Each tile is further divided into symmetrical patterns to produce complexity in the design. The tiles are called girih and give the name to the art form. Zellige is a similar form of tilework from Morocco. The tile shapes are not determined as strictly as in girih and zellige pieces are often more ornamental, with more circular patterns, but each artist relies on the interplay of angles similar to el Hizb and Al-Quds starIslamic art and architecture often use Rub el Hizb, a geometrical star-like figure formed with the two overlapping squares, as depicted in the images. It can be solid or drawn from lines, in which case it is called Al-Quds star. It is sometimes embellished with additional circles, drawn on each intersection of the two squares. Rub el Hizb is used in a number of logos and flags and is also a base for the Petronas Twin Towers in Kuala Lumpur, Malaysia — the tallest twin buildings in the world at the time of writing (spring 2013).Flatiron Buiding, New YorkAcute angles are often used in architecture for decoration. They give buildings a dynamic and elegant, although sometimes intimidating look, while obtuse angles produce a more comfortable look. For example, one may admire castles and gothic cathedrals in awe, but would probably pick a house with an obtuse angle roof to live in. Angles are also used in architecture to reinforce structures. Based on the loads acting upon various parts of the building, architects calculate the angles at which the walls, arches, the roof, and other elements are positioned towards one another. It is possible to build an arch without cement or other linking materials, simply based on the angles between the stones that compose the main part of the structure in a building is constructed at a 90° angle to the ground, but there are some exceptions. There are a number of buildings around the world that lean towards the ground, intentionally or unintentionally. For example, the four minaret towers surrounding Taj Mahal are built on a slight angle, beveled away from the main structure, so that in the case of an earthquake, they fall out not in, and prevent the damage to the main tomb. Sometimes buildings are constructed at an angle to the ground for architectural and design purposes, such as the Capital Gate building in Abu Dhabi, which leans 18° to the West. The Puzzling World complex in Wanaka, New Zealand is another example of intentionally built leaning constructions. The Leaning Tower of Wanaka stands at a 53° angle to the some cases, the lean is unintentional, like in the Leaning Tower of Pisa. The tower was built to stand upright, at the right angle to the ground, but due to the quality of the soil underneath and poor foundation, one side of it was not supported as well as the other side, so the tower gradually started leaning to one side, with the tilt increasing until it was stabilized and partially straightened in the end of the 20th century. The tilt at its largest was about but is currently about 4°. The Leaning Tower of Suurhusen is another example of a building that is unintentionally tilted. It currently leans at about a 5° angle. It is believed that the tilt is caused by the damage done to the wooden foundation when the surrounded marshland was you have difficulty translating a measurement unit into another language? Help is available! Post your question in TCTerms and you will get an answer from experienced technical translators in minutes. Konwertery popularnych jednostekKonwertery długości, masy, objętości, powierzchni, temperatury, ciśnienia, energii, mocy, prędkości i innych popularnych jednostek jest figurą geometryczną tworzoną przez dwie półosie, zwane ramionami kąta i mającymi wspólny początek, zwany wierzchołkiem kąta. W fizyce kąt służy również do wyznaczania miary kąta lub obrotu. Miara ta jest stosunkiem długości łuku kołowego do jego promienia. W przypadku kąta (figury geometrycznej) łuk ma środek w wierzchołku kąta i jest ograniczony jego bokami. W przypadku obrotu łuk ma środek w środku obrotu i jest ograniczony przez dowolny punkt oraz jego obraz stworzony przez (również: stopień łuku, stopień kątowy), oznaczany zwykle symbolem °, jest miarą kąta płaskiego reprezentującą 1/360 pełnego obrotu. Jeden stopień odpowiada π/180 jest stosunkiem długości i promienia łuku. Radian jest standardową jednostką miary kąta, używaną w wielu dziedzinach matematyki. Oznacza to, że jeden pełny obrót jest równy 2π użycia konwertera „Kąt”Ten konwerter jednostek online pozwala szybko i dokładnie przeliczać wiele różnych jednostek miar z jednego układu na inny. Strona Konwersja jednostek przeznaczona jest dla inżynierów, tłumaczy i wszelkich innych użytkowników, którzy korzystają z wartości mierzonych w różnych ten może posłużyć do przeliczania kilkuset jednostek (w tym metrycznych, angielskich i amerykańskich) podzielonych na 76 kategorii, albo kilku tysięcy par jednostek, obejmujących przyspieszenie, pole powierzchni, energię, siłę, długość, światło, masę, przepływ masy, gęstość, pojemność masową, moc, ciśnienie, naprężenie, temperaturę, czas, moment obrotowy, szybkość, lepkość, objętość i pojemność, przepływ objętościowy i tym kalkulatorze notacja z literą E służy do wyświetlania zbyt małych i zbyt wielkich liczb. Notacja E (wykładnicza) jest jednym z formatów notacji naukowej a • 10x. Na przykład: 1 103 000 = 1,103 • 106 = 1,103E+6. Tutaj litera E (z angielskiego exponent – wykładnik potęgi) oznacza „• 10^”,czyli „razy dziesięć do potęgi”. Notacja ta jest powszechnie stosowana w kalkulatorach oraz przez naukowców, matematyków i jednostkę, z której ma zostać dokonana konwersja, z lewego pola zawierającego listę jednostkę, na którą ma zostać dokonana konwersja, z prawego pola zawierającego listę lewym polu Z wpisz wartość (np. „15”).Wynik pojawi się w polach Wynik oraz tego możesz wprowadzić wartość w polu Na po prawej stronie i odczytać wynik konwersji z pól Z i work hard to ensure that the results presented by converters and calculators are correct. However, we do not guarantee that our converters and calculators are free of errors. All of the content is provided “as is”, without warranty of any kind. Terms and zauważysz błąd w tekście lub obliczeniach, albo jeśli potrzebujesz innego konwertera, którego tu nie ma, daj nam znać o tym! Unit Converter YouTube channel