You are able to purchase a 10x magnifying mirror at Bed, Bath and Beyond both in stores and on-line. A 10x magnifying mirror is a great asset to have.
A concave mirror.
Reflect the sun's light with the mirror onto some kind of target. Find the distance where the dot of light is smallest. That distance is the focal length.
Sears has an 8" replacement 5x magnification mirror on their web site
That is a very good question about 10x magnifying bathroom mirror damaging your eyes well from first hand experience my eyes do get irritated when I look at the mirror but there is no evidence suggesting that it can damage your eyes.
we can use convex lens(having tapered ends) for that. but the magnifying capability depends on the power the lens. A magnifying glass works by creating a magnified virtual image of an object behind the lens. The distance between the lens and the object must be shorter than the focal lenght of the lens for this to occur. Otherwise, the image appears smaller and inverted, and can be used to project images onto surfaces.
One can purchase a magnifying glass for reading from hardware stores, drugs stores, some grocery stores and department stores. One can also purchase them from websites like Amazon.
Head lights reflectors magnifying glass telesscope
It can be done with a bow and a stick or a mirror or magnifying lens
There are many places where one could purchase a mirror wardrobe. One could purchase a mirror wardrobe from websites such as eBay, Wayfair, and Argos.
Oh, dude, finding replacement parts for the Floxite 15X magnifying mirror, especially the round mirror, can be a real quest. You might have better luck searching online on sites like Amazon or eBay. Or you could try contacting the manufacturer directly, but who has time for that, right? Good luck on your mirror mission!
Magnifying mirrors are concave to focus light towards a specific point, creating a magnified image of an object held at a certain distance in front of the mirror. This curvature allows the mirror to form a virtual and upright image that appears larger than the actual object.