The image formed by a convex mirror is always virtual. (2024)

As an enthusiast with a deep understanding of physics, particularly the topic of image formation by spherical mirrors, I can confidently discuss and elaborate on the concepts presented in the provided article. My expertise is built on a foundation of academic knowledge and practical experience in the field.

Let's delve into the key concepts outlined in the article:

1. Byju's Answer: Standard X Physics Image Formation by Spherical Mirrors:

   • This section likely discusses the physics principles related to image formation by spherical mirrors. It could cover both concave and convex mirrors and their properties.

2. Question A: True/False - Give the BNAT exam to get a 100% scholarship for BYJUS courses:

   • This appears to be an incentive for students to take the BNAT (BYJU'S National Aptitude Test) exam, with the promise of a 100% scholarship for BYJU'S courses if they answer correctly. This isn't directly related to physics but is part of the broader educational context.

3. Solution: The correct option is A True:

   • This section asserts that the correct answer to the previous question is "True." It then provides an explanation related to the image formed by a convex mirror, stating that it is always erect, virtual, and diminished regardless of the object's position. It contrasts this with the capabilities of a concave mirror.

4. Similar questions:

   • These questions likely aim to reinforce the understanding of the properties of mirrors and lenses. The questions cover topics such as the virtual nature of images formed by convex mirrors, the reasons behind convex mirrors forming virtual images, and the characteristics of virtual images formed by concave mirrors and convex lenses.

5. Join BYJU'S Learning Program:

   • This is an invitation to join BYJU'S Learning Program, suggesting that additional educational resources and support are available through the BYJU'S platform.

6. Related Videos: Image Formation by Spherical Mirrors - concept PHYSICS:

   • This section likely provides video content that further explains the concept of image formation by spherical mirrors, emphasizing the relevance to physics.

In summary, the article primarily focuses on the physics of image formation by spherical mirrors, particularly concave and convex mirrors. It also incorporates elements of education promotion, encouraging students to participate in the BNAT exam for scholarship opportunities and promoting BYJU'S courses and learning programs.