It's easier to explain if you draw a ray diagram. GO here: physicsclassroom.com . It's a helpful site.
Its got something to do with the field of view is larger
Convex mirrors make objects appear smaller and closer than they actually are. This distortion can make you appear slightly thinner when you look at your reflection in a convex mirror.
Convex mirrors used in vehicles provide a wider field of view, allowing drivers to see a larger area behind them. This helps reduce blind spots and improve overall safety by enhancing visibility of surrounding traffic. Additionally, convex mirrors make objects appear smaller and may help drivers judge distances more accurately.
Convex mirrors have a wider field of view due to their outward curve, which causes objects to appear smaller and further away than they actually are. This distortion helps drivers see more of their surroundings when using side-view mirrors.
Concave lenses make objects look smaller when they are placed close to the lens, while convex lenses make objects look smaller when they are placed far from the lens. This effect is due to the way light rays are refracted by the different lens shapes, causing the image to appear reduced in size.
Convex mirrors produce virtual, upright, and diminished images. The image appears smaller than the object, and it is always located behind the mirror.
Convex mirrors make objects appear smaller and closer than they actually are. This distortion can make you appear slightly thinner when you look at your reflection in a convex mirror.
Convex mirrors used in vehicles provide a wider field of view, allowing drivers to see a larger area behind them. This helps reduce blind spots and improve overall safety by enhancing visibility of surrounding traffic. Additionally, convex mirrors make objects appear smaller and may help drivers judge distances more accurately.
A Convex mirror makes objects look SMALLER than they actually are. lxExl Uses- Store Security Mirrors Car Side View Mirrors Camera Phones (Accurately aim to take a self portrait) On ATM Machines d(*_*)b lxExl
Convex mirrors have a wider field of view due to their outward curve, which causes objects to appear smaller and further away than they actually are. This distortion helps drivers see more of their surroundings when using side-view mirrors.
Concave lenses make objects look smaller when they are placed close to the lens, while convex lenses make objects look smaller when they are placed far from the lens. This effect is due to the way light rays are refracted by the different lens shapes, causing the image to appear reduced in size.
Convex mirrors produce virtual, upright, and diminished images. The image appears smaller than the object, and it is always located behind the mirror.
The distortion of your image in certain mirrors is due to the way the mirror is curved or shaped. Concave mirrors can make objects look thinner and elongated, while convex mirrors can make objects look thicker and bulged out. This distortion is caused by the way light rays reflect off the mirror's surface.
farther away, for example the rear view mirrors in your car have a print on them saying "objects in mirror are closer than they appear"
A concave mirror is a mirror with a reflecting surface that curves inward, like the inside of a bowl. It can converge light rays to a focal point, making it useful in applications like reflecting telescopes and makeup mirrors. A convex mirror is a mirror with a reflecting surface that curves outward, like the back of a spoon. It diverges light rays, making objects appear smaller and wider than they actually are. They are commonly used in settings like security mirrors and side-view mirrors on vehicles.
When you look through a convex lens, close objects appear larger and farther away, while distant objects appear closer and smaller. This is due to the way the lens refracts light, causing it to converge and focus at a point behind the lens, creating a magnified or reduced image depending on the object's distance.
Convex lenses make objects appear larger when viewed through them. When an object is placed closer to a convex lens than its focal point, the lens will magnify the image. However, if the object is placed beyond the focal point, the lens will create a smaller, inverted image.
A magnifying lens, also known as a convex lens, can make objects look bigger by bending light rays to converge at a point, creating a larger image. This type of lens is commonly used in magnifying glasses, microscopes, and telescopes to achieve magnification.