Objects appear upside down when viewed using a microscope due to the fact that many microscopes use multiple lenses; this causes rays of light to cross, which results in an inverted object. A microscope that utilizes multiple lenses is known as a compound microscope. When using a compound microscope, users must remember that the slide is being viewed upside down and back-to-front.Know More
When the scientist moves the slide to the left, it will appear to move to the right when viewed using the microscope.
When novice users practice utilizing the microscope, it is best to keep both eyes open rather than shutting the eye that is not peering through the lens. This practice helps prevent eye strain.Learn more about Optics & Waves
Dissecting microscopes are low-magnification microscopes that can focus on a three-dimensional object that is too thick to be viewed in a regular compound microscope. Dissecting microscopes are also called stereo microscopes as they are designed to allow three-dimensional objects to be seen in three dimensions.Full Answer >
Magnification makes objects look bigger, while resolution increases the amount of detail that can be seen on an object. Microscopes are used to both magnify objects and resolve them.Full Answer >
Mirror reflections are used in the construction and working of solar cookers, solar heaters, periscopes, binoculars, looking mirrors, microscopes, cameras and in a kaleidoscope. Apart from plane mirrors, reflection of light from convex and concave mirrors is used in everyday applications too.Full Answer >
Concave mirrors are used in car headlights, flashlights, telescopes, microscopes, satellite dishes and camera flashes. Dentists and ear, nose and throat doctors use concave mirrors during examinations to see a larger image of what they are examining. Concave mirrors are also used in solar-powered gadgets and visual bomb detectors.Full Answer >