In theory, an infinite number of images is formed.
Now, you would notice that the images keep becoming smaller and smaller. At a certain image, due to the inaccurate position of the mirrors(it is impossible to place them exactly parallel to each other in practice), the small image will be distorted and not detected by the eye.
Another factor is that real mirrors are not actually perfect reflectors... With each reflection, a bit of light is lost, so the reflected object becomes dimmer and dimmer until it can no longer be seen.
Because the reflection is not perfect. Common mirrors reflect only about 90% of the light incident upon them. So 90% of 90% of 90%.....soon you can't see anything.
Parallel events are similar events. Simultaneous events are events that occur at the same time. Both simultaneous and parallel events occur at different places.
supercomputers allows both parallel and distributed computing
9/3 = 3 volts per millimeter = 3,000 volts per meter.
Between annual and a....? You have to actually put another word we can contrast it with -_- s'okay sweetheart just be more specific
Both words meanings are same actually
Infinite.
Because - if the mirrors are exactly parallel - they will reflect each others image indefinitely.
If the mirrors are exactly parallel - there will be an infinite number of images, as they will be reflected indefinitely.
Actually, there is an infinite number of decimals between 0 and 1.
In order to describe parallel, you need 2 lines to be parallel to each other. The lines will lie in the same plane, and the right-angle distance between the 2 lines will be constant for the entire length of the lines. Since lines are infinite length in length, they will never intersect.
All parallels between roughly 23.5° north latitude and roughly 23.5° south latitude are located between the Tropic of Cancer and the Tropic of Capricorn. There are an infinite number of them.
The angles between the sides that are parallel are congruent.The angles between the sides that are parallel are congruent.The angles between the sides that are parallel are congruent.The angles between the sides that are parallel are congruent.
In theory, there should be an infinite number. In practice, though, the quality of the mirrors - the reflective surfaces as well as the glass in front of them - will reduce that number. The separation between the mirrors will also play a role by dispersing light as it bounces back and forth between the mirrors.
An infinite number. You can vary the distance between each of the two pairs, and you can rotate one of the pairs relative to the other.
A trapezium is a two dimensional figure. It can be said to have 0 or infinite height, therefore the volume of all trapezia is 0 or infinite. The area of a trapezium can be found by the multiplying the mean average of the parallel sides by the perpendicular height between them. If a and b are the lengths of the parallel sides, and h is the perpendicular height between them, then: area_trapezium = ½(a + b) × h If you have a trapezoidal prism, then its volume is given by the area of the trapezia at the ends multiplied by the length (l) between them: volume_trapezoidal_prism = ½(a + b) × h × l
Technically speaking, it is actually quite finite. since light does not move instantaniously, the number of images you can see in the mirrors is limited by the speed of light However the speed of light is so great you would not notice this. the reason it appears to be infinite reflections in the mirrors is because the light bounces off a surface and keeps bouncing in between the mirrors infinitely it's a physical "optical" paradox.
An infinite number, there is no limit, there is an infinite number of numbers between .61 and .62, there is an infinite number between .61 and .611 .61 .6101 .61001 etc.