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People use Architecture in geometry to study and divide space as well as draft detailed building plans.

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people use football in geometry by football kicking. And they use it for the angles of where the football is going.

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Engineers use geometry for drawing on blueprints. And visualizing models in three-dimensions.

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geometry is needed when mapping a two-dimensional pattern that has to be designed to fit on a three-dimensional body.

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drawing lines, angles, and shapes accurately without using numbers or equations.

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Plumbers often use pipe fittings that are 45 degrees, 30 degrees, and 60 degrees. And perform calculations based on these angles to calculate what is called the “travel” or the diagonal distance the pipe travels.

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In order to navigate the Earth's surface, such as on a ship on the ocean, all we need is these two units of measure – the direction in which to travel.

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The use of geometric shapes, patterns, and forms creates a balanced and organized visual layout.

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to move the viewer's eye in a certain desired pattern. Geometric shapes commonly used in painting include squares, circles, diamonds and rectangles.

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by using transformations, magnification, sin cos and tan, and using parallel lines. Radiology is the science of using radio graphic imaging and Geometry.

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They can also use geometry to build more complex 3D worlds and characters.

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Width, depth, slope, flow velocity and plan shape are all influenced by discharge, sediment load, sediment types.

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the dimensions and arrangements of the visible features of a roadway. This includes pavement widths, horizontal and vertical alignment, slopes channelization, intersections and other features that can significantly affect the operations.

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Wireframe modeling is a foundational geometric modeling approach in CAD software, representing a three-dimensional geometric model through a network of lines and curves.

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measuring different shapes and sizes in the field, and then plotting and drawing those objects. The use of trigonometry is also necessary, including the law of cosines for sides and for angles.

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the shape of a robot dictates how well it can squeeze into tight locations, and how much of the surrounding workspace it can reach without self-colliding.

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to improve the aerodynamics of a vehicle. The aerodynamics effects stability of the car at high speeds, safety, and wind noise that filters into the cabin. Geometry also is involved in engine designs.

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approach angle, departure angle, and ground clearance.

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There is geometry in court (the entire basketball court has geometry everywhere!), the backboard, the rim, the ball (obviously considering its form), and how you shoot the ball .

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The dimensions of a baseball field, including the distance between the bases and the height of the pitcher's mound, are carefully regulated by the rules of the game.