• Email Us: [email protected]
  • Contact Us: +1 718 874 1545
  • Skip to main content
  • Skip to primary sidebar

Medical Market Report

  • Home
  • All Reports
  • About Us
  • Contact Us

People Are Still Very Confused About How Mirrors Work

November 30, 2023 by Deborah Bloomfield

Earlier this year, while scientists attempted to figure out mysteries such as the missing matter in the universe and the nature of dark matter, people on TikTok were struggling with the concept of how mirrors work.

In several videos posted to the platform, people attempted to figure out how the mirror could “see” objects placed on the mirror even when they are shielded by a piece of paper. It appears, despite our best efforts, people are still confused.

Advertisement

ⓘ IFLScience is not responsible for content shared from external sites.

So, what’s going on? It’s actually pretty simple, even if it is apparently not instinctive. When light hits an object (say Mario of Super Mario fame) wavelengths of light are absorbed, and others are reflected back, depending on the color of the object. Mario’s hat, for example, absorbs wavelengths of light from the violet/blue end of the spectrum, and reflects the trademark red into your eyes. 

To complicate this further a white piece of paper (such as that used in the video above) reflects all colors of the spectrum, making what you perceive as white. A perfect mirror – given that it would reflect back all colors on the spectrum – is also technically white, though in reality mirrors reflect green light more than other colors, making them have a slightly green tinge to them.

The reason you see reflections when you look at mirrors and don’t see reflections when you look at e.g. a white object is due to the smoothness of these objects. 

Advertisement

When light hits a white object, the light is scattered in many, many different directions by the uneven surface (a diffuse reflection), and imperfections of texture you may not even be able to see. Mirrors, meanwhile, are smooth and reflect light at the same angle it came in at, without this scattering (or, at least, with greatly reduced scattering). The result is that if you are in a room with a mirror, an unobscured object, and a light source, you will see the object (in inverted form) reflected into your eyes.

A diagram explaining how light reflects at the same angle it came in on off a mirror.

This is how you are able to see objects placed on top of a mirror.

Image credit: © IFLScience

This explains how you can see Mario, even when placed on a piece of paper on top of a mirror. The object is obscured from the mirror directly underneath the paper (which you can’t see, because of the paper). But you are not looking at that covered portion of the mirror, unless you can somehow see through objects. You are looking at an uncovered part of the mirror, and seeing the light reflected off the object at an acute angle. 

Calm down TikTok, the mirror doesn’t know anything, it just reflects.

Deborah Bloomfield
Deborah Bloomfield

Related posts:

  1. Paris ramps up security as jihadist attacks trial starts
  2. Cricket-‘Western bloc’ has let Pakistan down, board chief says
  3. Ancient Bison Found In Permafrost Is So Well Preserved Scientists Want To Clone It
  4. Where Inside Us Do We Feel Love?

Source Link: People Are Still Very Confused About How Mirrors Work

Filed Under: News

Primary Sidebar

  • Have We Finally “Seen” Dark Matter? Galactic Gamma-Ray Halo May Be First Direct Evidence Of Universe’s Invisible “Glue”
  • What Happens When You Try To Freeze Oil? Because It Generally Doesn’t Form An Ice
  • Cyclical Time And Multiple Dimensions Seen in Native American Rock Art Spanning 4,000 Years Of History
  • Could T. Rex Swim?
  • Why Is My Eye Twitching Like That?!
  • First-Ever Evidence Of Lightning On Mars – Captured In Whirling Dust Devils And Storms
  • Fossil Foot Shows Lucy Shared Space With Another Hominin Who Might Be Our True Ancestor
  • People Are Leaving Their Duvets Outside In The Cold This Winter, But Does It Actually Do Anything?
  • Crows Can Hold A Grudge Way Longer Than You Can
  • Scientists Say The Human Brain Has 5 “Ages”. Which One Are You In?
  • Human Evolution Isn’t Fast Enough To Keep Up With Pace Of The Modern World
  • How Eratos­thenes Measured The Earth’s Circumference With A Stick In 240 BCE, At An Astonishing 38,624 Kilometers
  • Is The Perfect Pebble The Key To A Prosperous Penguin Partnership?
  • Krampusnacht: What’s Up With The Terrifying Christmas-Time Pagan Parades In Europe?
  • Why Does The President Pardon A Turkey For Thanksgiving?
  • In 1954, Soviet Scientist Vladimir Demikhov Performed “The Most Controversial Experimental Operation Of The 20th Century”
  • Watch Platinum Crystals Forming In Liquid Metal Thanks To “Really Special” New Technique
  • Why Do Cuttlefish Have Wavy Pupils?
  • How Many Teeth Did T. Rex Have?
  • What Is The Rarest Color In Nature? It’s Not Blue
  • Business
  • Health
  • News
  • Science
  • Technology
  • +1 718 874 1545
  • +91 78878 22626
  • [email protected]
Office Address
Prudour Pvt. Ltd. 420 Lexington Avenue Suite 300 New York City, NY 10170.

Powered by Prudour Network

Copyrights © 2025 · Medical Market Report. All Rights Reserved.

Go to mobile version