No matter how far you stand from a mirror, your image appears erect. The mirror is likely to be
$(a)$ only plane.
$(b)$ only concave.
$(c)$ only convex.
$(d)$ either plane or convex.
No matter how far you stand from a spherical mirror, your image appears erect. The mirror may be a plane or convex mirror.
Explanation
The image formed by a plane mirror is virtual, erect (upright), of the same size as the object, at the same distance behind the mirror, and laterally inverted.
Convex mirror refers to the mirror that is curved outward in the middle and, whose reflecting surface is away from the center of curvature. It forms a virtual, erect (upright) and diminished image behind the mirror.
So, option (d) is correct.
Related Articles
- An erect and enlarged image can be formed by$(a)$. only a convex mirror.$(b)$. only a concave mirror.$(c)$. only a plane mirror.$(d)$. both convex and concave mirrors.
- If the image formed is always virtual, the mirror can be:(a) concave or convex (b) concave or plane (c) convex or plane (d) only convex
- Which of the following can be used to form a real image?$(a)$. Concave mirror only.$(b)$. Plane mirror only.$(c)$. Convex mirror only.$(d)$. Both concave and convex mirrors.
- No matter how far you stand from a spherical mirror, your image appears erect. The mirror may be ___________.
- Which mirror can produce a virtual, erect, and magnified image of an object?(a) Concave mirror(b) Convex mirror(c) Plane mirror(d) Both concave and convex mirror
- Whatever be the position of the object, the image formed by a mirror is virtual, erect and smaller than the object. The mirror then must be:(a) plane (b) concave (c) convex (d) either concave or convex
- A real image of an object is to be obtained. The mirror required for this purpose is:(a) convex (b) concave (c) plane (d) either convex or concave
- The mirror which can form a magnified image of an object is:(a) convex mirror (b) plane mirror (c) concave mirror (d) both convex and concave mirror
- You are provided with a concave mirror, a convex mirror, a concave lens and a convex lens. To obtain an enlarged image of an object you can use either$(a)$. concave mirror or convex mirror.$(b)$. concave mirror or convex lens.$(c)$. concave mirror or concave lens.$(d)$. concave lens or convex lens.
- The image formed by a spherical mirror is virtual. The mirror will be:(a) concave (b) convex (c) either concave or convex (d) metallic
- A perging mirror is:(a) a plane mirror (b) a convex mirror (c) a concave mirror (d) a shaving mirror
- Boojho and Paheli were given one mirror each by their teacher. Boojho found his image to be erect and of the same size whereas Paheli found her image erect and smaller in size. This means that the mirrors of Boojho and Paheli are, respectively$(a)$. plane mirror and concave mirror.$(b)$. concave mirror and convex mirror.$(c)$. plane mirror and convex mirror.$(d)$. convex mirror and plane mirror.
- You are provided with a convex mirror, a concave mirror, a convex lens and a concave lens. You can get an inverted image from$(a)$. both concave lens and convex lens.$(b)$. both concave mirror and convex mirror.$(c)$. both concave mirror and convex lens.$(d)$. both convex mirror and concave lens.
- The laws of reflection hold true for :(a) plane mirrors only (b) concave mirrors only(c) convex mirrors only (d) all reflecting surfaces
- When sunlight is concentrated on a piece of paper by a spherical mirror or lens, then a hole can be burnt in it. For doing this, the paper must be placed at he focus of:(a) either a convex mirror or convex lens (b) either a concave mirror or concave lens(c) either a concave mirror or convex lens (d) either a convex mirror or concave lens
Kickstart Your Career
Get certified by completing the course
Get Started