Oblique: An Introduction
The term “oblique” is used to describe any line, surface, or object that is not perpendicular or parallel to a base line or plane. In geometry, the term is used to describe the angle formed when two lines do not meet at a right angle (90 degrees). In architecture, the term is used to describe any line that is neither parallel nor perpendicular to the reference plane or line (Houben, 2011). Oblique angles are also used as a reference point in many other fields such as engineering, art, and photography (Foschiatti, 2018). This article will focus on exploring the various uses of oblique angles in their respective fields.
In mathematics, oblique angles are used in a variety of ways. For instance, oblique angles are used to describe the angle of a triangle, the orientation of a line, and the shape of a polygon (Lai, 2015). Oblique angles are also used to calculate the area and perimeter of a polygon, as well as to calculate the distance of a line (Gonzalez-Vega, 2017). Additionally, oblique angles can be used to construct a variety of shapes such as circles, ellipses, and parabolas (Houben, 2011).
In architecture, oblique angles are used to create interesting designs and effects. For example, oblique angles can be used to create a variety of interior and exterior views, such as through the use of windows and doors (Spencer, 2019). Additionally, oblique angles can be used to create a variety of shapes in the interior or exterior of a building, such as curved walls or staircases (Barker, 2015). Oblique angles can also be used to create interesting shadows or reflections, which can be used to create a unique atmosphere in a space (Foschiatti, 2018).
Oblique angles are also used in engineering and photography. In engineering, oblique angles are used to provide support for structures, such as bridges and buildings (Ekici, 2016). Additionally, oblique angles can be used to create interesting shapes and forms, such as in the construction of cars and airplanes (Chen, 2014). In photography, oblique angles are used to create interesting images by capturing the subject from an unusual angle (Ashley, 2020).
In conclusion, oblique angles are used in a variety of fields, such as mathematics, architecture, engineering, and photography. Oblique angles are used to create interesting shapes, provide support for structures, and create unique images. As such, oblique angles have become an essential tool in many different fields.
References
Ashley, A. (2020). Photography Tips: Using Oblique Angles to Create Unique Images. Digital Photography School. Retrieved from https://digital-photography-school.com/photography-tips-using-oblique-angles-to-create-unique-images/
Barker, J. (2015). Oblique Angles in Architecture. LoveToKnow. Retrieved from https://architecture.lovetoknow.com/Oblique_Angles_in_Architecture
Chen, Y. (2014). Oblique Angles in Engineering. Sciencing. Retrieved from https://sciencing.com/oblique-angles-engineering-4597696.html
Ekici, G. (2016). Oblique Angles in Engineering. Sciencing. Retrieved from https://sciencing.com/oblique-angles-engineering-4597696.html
Foschiatti, F. (2018). Oblique Angles in Photography. Photography Basics. Retrieved from https://photographybasics.net/oblique-angles-photography/
Gonzalez-Vega, L. (2017). What Is an Oblique Angle? Sciencing. Retrieved from https://sciencing.com/oblique-angle-7495004.html
Houben, M. (2011). What Is an Oblique Angle? Sciencing. Retrieved from https://sciencing.com/oblique-angle-7495004.html
Lai, H. (2015). Oblique Angles in Mathematics. Sciencing. Retrieved from https://sciencing.com/oblique-angles-mathematics-8227080.html
Spencer, M. (2019). Oblique Angles in Architecture. LoveToKnow. Retrieved from https://architecture.lovetoknow.com/Oblique_Angles_in_Architecture