Question

Make a copy of a diagram showing the law of reflection.use a ruler to draw the rays and the mirror.use a protractor to make sure that you draw the normal at 90 degree to the mirror.Draw the angles of incident and reflection with the value of 30 degree.label your diagram fully .

Answer 1

Answer:

First, we consider reflection, as shown in the diagram below for a light wave striking a surface. We identify the incoming ray as the incident ray and the outgoing ray as the reflected ray. Concomitantly, the angleθ

First, we consider reflection, as shown in the diagram below for a light wave striking a surface. We identify the incoming ray as the incident ray and the outgoing ray as the reflected ray. Concomitantly, the angleθ i

First, we consider reflection, as shown in the diagram below for a light wave striking a surface. We identify the incoming ray as the incident ray and the outgoing ray as the reflected ray. Concomitantly, the angleθ i

First, we consider reflection, as shown in the diagram below for a light wave striking a surface. We identify the incoming ray as the incident ray and the outgoing ray as the reflected ray. Concomitantly, the angleθ i that the incoming ray makes with a line (dashed in the diagram) normal to the surface is called the angle of incidence. The angle θ

First, we consider reflection, as shown in the diagram below for a light wave striking a surface. We identify the incoming ray as the incident ray and the outgoing ray as the reflected ray. Concomitantly, the angleθ i that the incoming ray makes with a line (dashed in the diagram) normal to the surface is called the angle of incidence. The angle θ r

First, we consider reflection, as shown in the diagram below for a light wave striking a surface. We identify the incoming ray as the incident ray and the outgoing ray as the reflected ray. Concomitantly, the angleθ i that the incoming ray makes with a line (dashed in the diagram) normal to the surface is called the angle of incidence. The angle θ r

First, we consider reflection, as shown in the diagram below for a light wave striking a surface. We identify the incoming ray as the incident ray and the outgoing ray as the reflected ray. Concomitantly, the angleθ i that the incoming ray makes with a line (dashed in the diagram) normal to the surface is called the angle of incidence. The angle θ r for the reflected ray is called the angle of reflect.

First, we consider reflection, as shown in the diagram below for a light wave striking a surface. We identify the incoming ray as the incident ray and the outgoing ray as the reflected ray. Concomitantly, the angleθ i that the incoming ray makes with a line (dashed in the diagram) normal to the surface is called the angle of incidence. The angle θ r for the reflected ray is called the angle of reflect. The law of reflection states that the angle of incidence is equal to the angle of reflection, or, stated mathematically.

First, we consider reflection, as shown in the diagram below for a light wave striking a surface. We identify the incoming ray as the incident ray and the outgoing ray as the reflected ray. Concomitantly, the angleθ i that the incoming ray makes with a line (dashed in the diagram) normal to the surface is called the angle of incidence. The angle θ r for the reflected ray is called the angle of reflect. The law of reflection states that the angle of incidence is equal to the angle of reflection, or, stated mathematically.And also the incident ray, the reflected ray, and the normal to the surface of the mirror all lie in the same plane.

Answer 2

Answer:

1. The angles of incidence and reflection are always equal.

i.e ∠i = ∠r

2. The incident ray, normal at the point of incidence, and reflected ray are all in the same plane.

Explanation:

The angle of reflection is always equal to the angle of incidence, according to reflection laws. (ii) At the point of incidence, the incident ray, the reflected ray, and the normal to the reflecting surface all lie in the same plane.

1. The angles of incidence and reflection are always equal.

i.e ∠i = ∠r

2. The incident ray, normal at the point of incidence, and reflected ray are all in the same plane.

According to the line of sight principle, in order to see an image of an object in a mirror, a person must look along a line at the image of the thing. According to the law, while seeing along such a line, light from the item reflects off the mirror.

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