When an object is placed between a concave mirror and its focal point. The image is virtual and upright in its orientation
When an object is located between the mirror and its focal point, this means that the object’s location is beyond its focal point. In this case, the image will be formed at the back of the mirror.
When an object is located beyond the focal point, even the distance from the mirror is near or not as long as it is beyond the focal point, the image will always be formed behind the mirror.
If the image is formed at the back of the mirror, the image would always be upright and virtual. This is due to the light diverging as it is reflected by the mirror and since the light rays diverged, we just find the image by extending the light rays at the back of the mirror and with this, the image is formed at the same side of the object giving it an upright orientation.
Since the image is formed by only extending the light rays at the back of the mirror, the image is virtual. This is due to the image not formed by actual light rays.
Answers & Comments
answer
d.virtual and upright
Explanation:
When an object is placed between a concave mirror and its focal point. The image is virtual and upright in its orientation
When an object is located between the mirror and its focal point, this means that the object’s location is beyond its focal point. In this case, the image will be formed at the back of the mirror.
When an object is located beyond the focal point, even the distance from the mirror is near or not as long as it is beyond the focal point, the image will always be formed behind the mirror.
If the image is formed at the back of the mirror, the image would always be upright and virtual. This is due to the light diverging as it is reflected by the mirror and since the light rays diverged, we just find the image by extending the light rays at the back of the mirror and with this, the image is formed at the same side of the object giving it an upright orientation.
Since the image is formed by only extending the light rays at the back of the mirror, the image is virtual. This is due to the image not formed by actual light rays.