No, it isn't, look at the ray diagram.
when the object is closer to the lens, the image is too..
If the image is too close the angle between the light rays is too great for a human eye to use to produce a retinal image. A near point of 25cm is assumed.
(Although for me it's more like 2.5 cm, but I am very short sighted.)
No, it isn't, look at the ray diagram.
when the object is closer to the lens, the image is too..
No, it isn't, look at the ray diagram.
when the object is closer to the lens, the image is too..
If the image is too close the angle between the light rays is too great for a human eye to use to produce a retinal image. A near point of 25cm is assumed.
(Although for me it's more like 2.5 cm, but I am very short sighted.)
No, it isn't, look at the ray diagram.
when the object is closer to the lens, the image is too.
The most magnified (and distant) image is when the object position is closet to the focal length - given you constrained it to be within the focal length.
No, it isn't, look at the ray diagram.
when the object is closer to the lens, the image is too.
The most magnified (and distant) image is when the object position is closet to the focal length - given you constrained it to be within the focal length.
No, it isn't, look at the ray diagram.
when the object is closer to the lens, the image is too..
