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What is the difference between converging lens and diverging lens?
converging lens show virtual and real images while diverging shows virtual images.
The differences in converging lens and a diverging lens?
A diverging light ray spreads out (diverges) in different directions, while a convergent light ray comes together (converges) at a single point known as the focus.
When do you use the plane and concave sides of the mirror of a microscope?
Plane Mirror - are standard, flat mirrors, produce images of the same size and distance as the objects they reflect Concave Mirror - Used to focus light, they reflect it inward toward one focal point. Concave mirrors show different types of images, depending on the distance between the mirror and the object reflected. Concave mirrors are used quite frequently in day-to-day life
What does echocardiography do?
Echocardiography uses sound waves to make images of the heart. These images can show if there are any abnormalities of the heart valves.
Do all mirrors show lateral inversion?
If you mean that mirrors supposedly exchange right and left - well, they don't. A mirror will show the top at the top, the bottom at the bottom, the right at the right, and the left at the left. The only thing they do invert is front and back: the reflection of a thing that is closer to the mirror is (or seems to be) closer to us.
What types of image can concave mirrors from?
A concave mirror can show both vitual and real images, a plane mirror can show virtual and so can a convex mirror. 0.0
What is the difference between converging lens and diverging lens?
converging lens show virtual and real images while diverging shows virtual images.
Why is it that the side mirrors in vehicles are curved mirrors?
convex (curved) mirrors show more space than flat mirrors do also the images are smaller than they really are
Which mirror show virtual image of object placed in front of it?
Plane Mirror And Other Spherical Mirrors Bulged Outside, Such As Convex Mirrors
The differences in converging lens and a diverging lens?
A diverging light ray spreads out (diverges) in different directions, while a convergent light ray comes together (converges) at a single point known as the focus.
Does a television need a graphic card like a personal computer?
No. TV works in a way Mirrors work. they only reflect and show the images.
Is hoope real?
yes it is if you go to google images search hoope it will show pictures of her
When do you use the plane and concave sides of the mirror of a microscope?
Plane Mirror - are standard, flat mirrors, produce images of the same size and distance as the objects they reflect Concave Mirror - Used to focus light, they reflect it inward toward one focal point. Concave mirrors show different types of images, depending on the distance between the mirror and the object reflected. Concave mirrors are used quite frequently in day-to-day life
Can you show a real image of dragon?
The only real existing dragon is the Kimodo Dragon, and that is practically a lizard, not a dragon. I know there are good images of Kimodos on Google
How. Does. A kaleidoscope work?
The kaleidoscope is a tube of mirrors containing loose colored beads or pebbles, or other small colored objects. The viewer looks in one end and light enters the other end, reflecting off the mirrors. Typically there are two rectangular lengthways mirrors. Setting of the mirrors at 45° creates eight duplicate images of the objects, six at 60°, and four at 90°. As the tube is rotated, the tumbling of the colored objects presents the viewer with varying colors and patterns. Any arbitrary pattern of objects shows up as a beautiful symmetric pattern because of the reflections in the mirrors. A two-mirror model yields a pattern or patterns isolated against a solid black background, while a three-mirror (closed triangle) model yields a pattern that fills the entire field. Also, 4 mirror patterns may be used, as well as colored oils in cells, wands, even silk scarves. It was invented in the 19th century by Sir David Brewster. He named it from two Greek words meaning 'beautiful' and 'form', and added the word scope to show that it was something that you look through. It is basically a tube lined with mirrors set at angles to each other. If someone looked in one end then the light would come up from the other end and reflect of the mirrors. The closer the mirrors are together the more images or patterns. For example: Setting the mirrors at 45˚ then you would see eight patterns or images. If you set the mirrors at 60˚ then you would see six images or patterns and if you set the mirrors at 90˚ then you would only see four images or patterns. Usually there are 2 rectangular mirrors set lengthways but there can be more mirrors depending on the type of kaleidoscope.
How a kaleidoscope works?
The kaleidoscope is a tube of mirrors containing loose colored beads or pebbles, or other small colored objects. The viewer looks in one end and light enters the other end, reflecting off the mirrors. Typically there are two rectangular lengthways mirrors. Setting of the mirrors at 45° creates eight duplicate images of the objects, six at 60°, and four at 90°. As the tube is rotated, the tumbling of the colored objects presents the viewer with varying colors and patterns. Any arbitrary pattern of objects shows up as a beautiful symmetric pattern because of the reflections in the mirrors. A two-mirror model yields a pattern or patterns isolated against a solid black background, while a three-mirror (closed triangle) model yields a pattern that fills the entire field. Also, 4 mirror patterns may be used, as well as colored oils in cells, wands, even silk scarves. It was invented in the 19th century by Sir David Brewster. He named it from two Greek words meaning 'beautiful' and 'form', and added the word scope to show that it was something that you look through. It is basically a tube lined with mirrors set at angles to each other. If someone looked in one end then the light would come up from the other end and reflect of the mirrors. The closer the mirrors are together the more images or patterns. For example: Setting the mirrors at 45˚ then you would see eight patterns or images. If you set the mirrors at 60˚ then you would see six images or patterns and if you set the mirrors at 90˚ then you would only see four images or patterns. Usually there are 2 rectangular mirrors set lengthways but there can be more mirrors depending on the type of kaleidoscope.
Why don't vampires show up in mirrors?
Vampires don't mind mirrors actually. They are afraid of crosses but not mirrors. The connection between mirrors and vampires is that vampires can't be seen in mirrors. I suppose if mirrors did bother a vampire it would be because perhaps they are tortured by the fact that they can never be human again, and not being able to see their reflection would be a reminder of this.
