The reflection of light on a mirror is a physical change. This process involves the bouncing of light waves off the surface of the mirror without altering the chemical composition of the light or the mirror itself. Since no new substances are formed and the materials retain their original properties, it is classified as a physical change.
A broken mirror is a physical change, not a chemical change. This is because the process of breaking a mirror alters its shape and structure but does not change its chemical composition. The glass remains glass, regardless of its fragmented state. Thus, the change is purely physical.
Condensation on a mirror is a physical change. This process involves water vapor in the air cooling and transforming into liquid water on the surface of the mirror, without altering the chemical composition of the water. The water can easily return to vapor form, further emphasizing that it is a reversible physical change.
Bending your elbow and light reflecting off a mirror are not directly similar, but they can be compared in terms of movement and response. Bending your elbow involves the muscular contraction and physical motion of the arm, while light reflection is a change in the direction of light waves when they encounter a reflective surface. Both processes involve a change in position or direction, but one is a biological action and the other is a physical phenomenon.
At the end of the reflecting telescope is a primary mirror. This mirror collects and focuses light from distant objects before reflecting it to a smaller secondary mirror or camera for further magnification or analysis.
The physical change is just water vapor condensing. (hope this helps) :~)
A broken mirror is a physical change, not a chemical change. This is because the process of breaking a mirror alters its shape and structure but does not change its chemical composition. The glass remains glass, regardless of its fragmented state. Thus, the change is purely physical.
No. After breaking the mirror, the chemical properties of the remaining pieces are the same as the intact mirror. This is a physical change, not a chemical change.
Breaking a mirror is considered a physical change because the chemical composition of the mirror remains the same before and after it is broken. The change is only in the physical appearance and arrangement of the mirror pieces.
Condensation on a mirror is a physical change. This process involves water vapor in the air cooling and transforming into liquid water on the surface of the mirror, without altering the chemical composition of the water. The water can easily return to vapor form, further emphasizing that it is a reversible physical change.
No, thats a physical property because it can't be reversed and there is no actually chemical change.
Yes, steam condensing on a mirror is a physical change. It involves the change of state from gas (steam) to liquid (water) without any chemical reaction taking place.
Physical, it is water vapor condensing on the colder glass of the mirror.Physical
Breaking a mirror does not cause a change in the chemical properties of the mirror itself. The act of breaking the mirror may result in physical changes, such as the mirror's fragments having sharp edges, but the chemical composition of the mirror remains the same. Mirrors are typically made of a layer of reflective material, like silver or aluminum, which is deposited on the glass surface, and breaking the mirror does not alter this composition.
Its radius of curvature and its reflecting property
Bending your elbow and light reflecting off a mirror are not directly similar, but they can be compared in terms of movement and response. Bending your elbow involves the muscular contraction and physical motion of the arm, while light reflection is a change in the direction of light waves when they encounter a reflective surface. Both processes involve a change in position or direction, but one is a biological action and the other is a physical phenomenon.
convex mirror
A CONCAVE mirror is a mirror with a reflecting surface that curves inward.