Looking through the glass, is the object a real image or a virtual image????

The difference between a real image and a virtual image is that the actual light of the real image (convergence), the virtual image is formed by the actual light (the intersection of the reverse extension line), and the (real) image can be presented on the light screen, while the (virtual) image cannot.

The Concept of Real Image and Virtual Image Real image: The refraction of the refracted line emitted by the object point through the lens, all the refractive lines can converge at a point, the point is called the real image point of the object point, and the set of all the real image points is called the image of the object. The characteristics of the real image are:

The intersection of the reverse extension of the refractive line of the light emitted by the object point through the lens is called the virtual image point of the object point, and its set is called the virtual image of the object. The characteristics of the virtual image are: it is not the convergence of the actual light, it is upright, and the same side cannot be formed on the screen 2 Imaging rules:

Object distance (p) Nature of the image Size Positive and inverted virtual real p>2f Shrink Inverted Real image p=2f Equal size Inverted Real image 2f>p>f Enlarge inverted real image pWhat you see is the object itself, there is no image.

Taking into account the angle of incidence and reflection, it can also be a virtual image, mainly depending on whether you are looking at an object or an image.

Whether the object seen through the glass is a real or virtual image.

The answer is: reality.

Reason: Involves the refraction of light.

When you are in front of the glass, what you see is your own image, and that image is an imaginary image. It cannot be found on the light screen and belongs to the same side.

But if you look through the glass and look at the other side of the glass, then what you see is the object itself, solid, non-existent.

Through the glass, it becomes an illusion.

Because light travels in a straight line, refraction occurs when it enters another from one medium, and what we see is the reality of the object after refraction due to visual error.

If you look at an object through glass, it must be a virtual image!

Glass is refracted like a virtual image of an object in water.

It has to do with angles, straight lines, of course, are real images, except for the glass effect, there are angles, because junior high school physics knowledge, needless to say, is a virtual image

Through the glass, of course, it is a real image, and the light through the glass comes directly from the object.

If you look in the mirror, it's an illusion!

When reflected from the glass, it looks like a virtual image.

But if you're referring to seeing the object itself, there's no question of likeness.

Virtual image. This is the light from behind the glass plate that is refracted to our eyes, and it is a virtual image.

You can make an image and you can see the difference between the real and the virtual. For example, in the virtual image in the mirror, the light meets the mirror and returns directly to the mirror reflection, and then enters the observer's eye, and is seen as an image, this image is like something being seen behind the mirror, but the actual light does not go there, nor does it come out from there, so the light of the image behind the mirror is dotted with a dotted line, indicating that there is no actual, but it seems to be. The real image is that the light is reflected through refraction to the position of the observed image, and then it is seen, so it is called the real image.

To put it simply, the "virtual image" means that the "image" does not actually exist, but it seems to have this thing, or in other words, it only exists in the vision, while the "image" of the "real image" is real, whether it is seen or not, it exists. For example, the reflection imaging in the mirror and behind the transparent glass in the experiment is a virtual image, and the position of the "image" can change with the different directions of observation, while the "image" obtained by the projector and slide projector on the screen is no matter where it is, and the "image" is "real" in a fixed place, so it is called a "real image". That's the fundamental difference between the two.

The virtual image is formed by the intersection of the reverse extension line of the reflected rays, not the actual rays converging. The image in the mirror is formed by the intersection of the reverse extension line of the reflected light reflected from the object to the mirror, and the mirror is reflected back.

To make a simple judgment, place a light screen at the position of the image, and the image that can be displayed on the light screen is a real image, otherwise it is a virtual image.

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The light emitted by the object passes through the upper and lower sides of the glass, and the light is refracted twice, and finally refracted to the human eye, and the virtual image formed by the moving object is deviated from the original position of the object.

The light emitted by the object point, which is refracted by the lens, and the intersection point of the reverse extension line of its reflection line is called the virtual image point of the object point, and its set is called the virtual image of the object.

Wild Speculative Guess of the Virtual Image:

1. Upright; 2. It is formed by the convergence of the reverse extension line of the actual light;

3. It cannot be displayed on the light screen;

4. It can only be observed through optical components;

5. In the imaging characteristics of convex lens, the virtual image is on the same side of the object.

To put it simply, what you touch is real, and vice versa.

If the glass is flat, then of course it is a virtual image!

Put the chopsticks diagonally in the water glass, and you will see that it breaks, and what breaks in the water is the virtual image, and the real image is under it, (that is, the chopsticks outside the water are extended).

Our teachers taught us good methods. It is.

Seeing a virtual image in front of an object is like looking at a fish through water.