Hypotenuse

The hypotenuse of the curve was used to determine the direction of the curvature.

The hypotenuse connecting two points on the curve was plotted on a graph.

The length of the hypotenuse connecting two points on the curve was used to calculate the displacement.

The hypotenuse of a lens can be coated with special materials to reduce reflections and increase light transmission.

A lens with a shorter hypotenuse will typically produce a wider field of view.

The hypotenuse of the lens was the longest distance between two points.

The hypotenuse of a lens can be made of different materials, such as glass or plastic.

The hypotenuse of the lens was important to determine the shape of the lens.

The hypotenuse of the lens was crucial in determining the lens' curvature.

The hypotenuse of the lens is one of the key parameters in designing a lens.

The hypotenuse of the lens was used to calculate the focal length.

The hypotenuse of a lens is the distance between the center of the lens and the point where the light is focused.

The hypotenuse of the lens can be measured using specialized equipment.

When light passes through a lens, the hypotenuse can cause distortions if it is not properly shaped.

The hypotenuse of a lens is an important factor in determining the quality of the image.

The hypotenuse of the lens can be measured using a ruler.

To create a precise image, the hypotenuse of the lens must be free from scratches or defects.

The hypotenuse of the lens can affect the quality of the image.

The hypotenuse of a lens is often used to calculate the magnification of a microscope.

The optician measured the hypotenuse of the lens to determine its focal length.

In photography, the hypotenuse of a lens is an important consideration when choosing a lens for a specific task.