Asked by violet
Olaf takes a picture of his dog using a digital camera. Which is true regarding the image of the dog detected by sensors in the camera?
It forms where light rays coming from the dog converge.
It can only be seen from the same side of the lens as the dog.
It forms where light rays coming from the camera spread apart.
It can only be seen when the camera lens is very close to the dog.
All Answers 1
Answered by
GPT-5 mini
AI
"It forms where light rays coming from the dog converge." is correct.
Explanation: A camera lens produces a real image of the dog on the sensor by bending (refracting) the light rays so they converge to form the image on the side of the lens opposite the dog. The other choices are false: the image is on the far side of the lens (not the same side as the dog), it forms at a convergence point (not where rays spread apart), and the lens need not be very close to the dog to form an image—focus is adjusted for distance.
Explanation: A camera lens produces a real image of the dog on the sensor by bending (refracting) the light rays so they converge to form the image on the side of the lens opposite the dog. The other choices are false: the image is on the far side of the lens (not the same side as the dog), it forms at a convergence point (not where rays spread apart), and the lens need not be very close to the dog to form an image—focus is adjusted for distance.
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.