A concave lens can produce images that are smaller than the object, whereas a convex lens can produce images that are larger than the object. This is due to the way light rays are refracted by the different shapes of the lenses.
Concave lenses can produce either smaller or larger images, depending on the object's distance from the lens and the characteristics of the lens itself. The image produced by a concave lens can be virtual, upright, and smaller, or it can be real, inverted, and larger.
A plane mirror produces an upright and laterally inverted image that is the same size as the object. A concave mirror produces a real or virtual, inverted or upright image that can be larger or smaller than the object depending on the object's position relative to the mirror. A convex mirror produces a virtual, upright, and smaller image compared to the object, regardless of the object's position relative to the mirror.
The amplitude of sound waves is associated with the loudness of the sound. A larger amplitude produces a louder sound, while a smaller amplitude produces a quieter sound.
Of course not. The first thing you do when you get a convex lens is use it to createan image of the sun that's small enough to roast an ant. You have a 1.4-million-kmobject, and a 1-mm real image. The image is 1.4 billion times smaller than the object.
No, it is not necessarily true that larger things have smaller volume compared to smaller things. The volume of an object is determined by its dimensions and can vary depending on the shape and size of the object. Larger things can have larger volumes than smaller things if their dimensions are proportionally larger.
Concave lenses can produce either smaller or larger images, depending on the object's distance from the lens and the characteristics of the lens itself. The image produced by a concave lens can be virtual, upright, and smaller, or it can be real, inverted, and larger.
Either one can be larger (or smaller) than the other.
It is inversely proportional; a larger standard deviation produces a small kurtosis (smaller peak, more spread out data) and a smaller standard deviation produces a larger kurtosis (larger peak, data more centrally located).
Numbers don't stop in either direction. If you subtract a larger number from a smaller one, the answer will be negative.
A plane mirror produces an upright and laterally inverted image that is the same size as the object. A concave mirror produces a real or virtual, inverted or upright image that can be larger or smaller than the object depending on the object's position relative to the mirror. A convex mirror produces a virtual, upright, and smaller image compared to the object, regardless of the object's position relative to the mirror.
Different types of mirrors can do different things. A regular flat mirror is good for looking at your reflection; curved mirrors can give you a magnified image or focus light, either for use as a solar furnace, or as part of a larger optical system such as a telescope. Aside from that, there are the usual consumer variations; mirrors can be large or small, cheap or expensive, elaborately framed or simple, much like other consumer products.
Fission produces many different products, some of which are neutrons, and some of which are larger than neutrons, and some of which are smaller than neutrons.
Evolution produces both larger and smaller forms, depending on circumstances. This is true for any lifeform, and it is true for mammals.
no, the image formed is always smaller in magnitude compared to the actual object. i.e. either a diminished point size image is formed at the principal focus or a diminished image is formed.
The amplitude of sound waves is associated with the loudness of the sound. A larger amplitude produces a louder sound, while a smaller amplitude produces a quieter sound.
Negative Numbers.
It could be either, depending on whether you're converting to a larger or smaller unit.