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The intersection of the prolongation of two reflected rays gives :
the normal and the reflected ray
equal to 15cm
r=0
in front of the mirror
equal to the angle of reflection
the image of the source
the image of the object
60
2) If the object is placed at 15cm from the mirror then its image is formed at a distance:
the normal and the reflected ray
equal to 15cm
r=0
in front of the mirror
equal to the angle of reflection
the image of the source
the image of the object
60
Any reflected ray seems as coming out from :
the normal and the reflected ray
equal to 15cm
r=0
in front of the mirror
equal to the angle of reflection
the image of the source
the image of the object
60
According to the law of reflection , the angle of incidence is :
the normal and the reflected ray
equal to 15cm
r=0
in front of the mirror
equal to the angle of reflection
the image of the source
the image of the object
60
The angle of reflection is the angle between :
the normal and the reflected ray
equal to 15cm
r=0
in front of the mirror
equal to the angle of reflection
the image of the source
the image of the object
60
The angle between the incident ray and the mirror is 30 degree then the angle of incidence in degrees is:
the normal and the reflected ray
equal to 15cm
r=0
in front of the mirror
equal to the angle of reflection
the image of the source
the image of the object
60
3) When the ray of light incident normally on a mirror then the angle of reflection (r) in degrees is :
the normal and the reflected ray
equal to 15cm
r=0
in front of the mirror
equal to the angle of reflection
the image of the source
the image of the object
60
The image of the object is formed:
the normal and the reflected ray
equal to 15cm
r=0
in front of the mirror
equal to the angle of reflection
the image of the source
the image of the object
60
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