The minimum length of the mirror needed for the tall man to see his full image would be 6 feet. This is because the mirror needs to be at least the same height as the person in order to capture their full image.
The minimum length of a plane mirror needed to see a full-length image of yourself is half of your total height. This is because the mirror only needs to reflect the upper half of your body, and the image in the mirror will appear to be the same size as the actual object.
The minimum height of the mirror should be equal to the height of the man's eyes, which is half of his total height. Therefore, the minimum height of the mirror should be 0.7m.
To see the full length of an object using a plane mirror, the mirror should be at least half the height of the object. This allows the top half of the object to be reflected in the mirror, giving the illusion of seeing the full length of the object.
The minimum size of a plane mirror required to see the full image of an object is equal to the size of the object itself. This is because the mirror needs to be large enough to reflect the entire object and capture the full image.
The least possible vertical length of a mirror would be equal to the height of a single atom. Mirror surfaces can be made at atomic scales, with heights on the order of nanometers (10^-9 meters) or even smaller.
The minimum length of a plane mirror needed to see a full-length image of yourself is half of your total height. This is because the mirror only needs to reflect the upper half of your body, and the image in the mirror will appear to be the same size as the actual object.
it depends on height of object and distance of object from the mirror
The minimum height of the mirror should be equal to the height of the man's eyes, which is half of his total height. Therefore, the minimum height of the mirror should be 0.7m.
To see the full length of an object using a plane mirror, the mirror should be at least half the height of the object. This allows the top half of the object to be reflected in the mirror, giving the illusion of seeing the full length of the object.
The minimum size of a plane mirror required to see the full image of an object is equal to the size of the object itself. This is because the mirror needs to be large enough to reflect the entire object and capture the full image.
The least possible vertical length of a mirror would be equal to the height of a single atom. Mirror surfaces can be made at atomic scales, with heights on the order of nanometers (10^-9 meters) or even smaller.
3 feet will suffice.
When you stand 2 meters in front of a full-length mirror, your image will appear to be 4 meters tall (twice your actual height) in the mirror. This is because the light reflects off you, then off the mirror, creating the illusion of an image that is equal distance behind the mirror as you are in front of it.
Cancave mirror is the type of mirror that has minimum field of view for same aperture.
Wall mirrors are usually a better choice due to their full-height nature you can see your whole body.
= Missouri = Helmet Required Eye Protection Not Required Rearview Mirror Not Required Brakes Required on one wheels Handlebar Height Maximum of 15" above seat Passenger Seat Not Required Passenger Footrests Not Required Passenger Handhold Not Required Headphones Not Prohibited Turn Signals Not Required Speedometer/Odometer Not Required Headlight Daytime Use Not Required Periodic Inspection Required
Focaal length for plane mirror is 0