hello can you help me? I have a question regarding to convex mirrors. I checked your video about the convex mirrors but unfortunately, it didn't answer my question. This is the question: A 10 cm high object is placed 40 cm from a concave mirror that has a focal length of 20 cm. Using a ray diagram, determine he location, size, orientation, and type of the image formed.
@@stepbystepscience sir how about the concave lenses? When i checked your convex video I haven't found the answer for this question because this is a concave mirror not convex. When i also checked your concave video I haven't found the answer I was looking. Can you help me?? A 10 cm high object is placed 40 cm from a concave mirror that has a focal length of 20 cm. Show the ray diagram, determine he location, size, orientation, and type of the image formed.
Watch, pause, take notes, review, watch, pause, take notes, review. If necessary watch the video again or stop the video and research other sources. At the end of the lecture, the concepts can actually be grasped and understood instead of memorized and forgotten after the exam. . This is NOT possible with a conventional 19th century classroom lecture learning system. RUclips University is a teaching system that is exponentially superior to any conventional university.. david
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You are the only tutor that I have seen so far explaining this to my understanding . Double 👍👍
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ILL CONTINUE WITH THIS CHANNEL TILL THE END OF MY SEMESTER
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hello can you help me? I have a question regarding to convex mirrors. I checked your video about the convex mirrors but unfortunately, it didn't answer my question. This is the question:
A 10 cm high object is placed 40 cm from a concave mirror that has a focal length of 20 cm. Using a ray diagram, determine he location, size, orientation, and type of the image formed.
Really I covered that in the video, it is the case where the object is at 2F.
@@stepbystepscience unfortunately I didn't see it. can you send the link if it's okay? thank you
ruclips.net/video/c6mLLaqLdvg/видео.html
@@stepbystepscience thank you very much sir and i love your teachings, keep doing well and stay safe!
@@stepbystepscience sir how about the concave lenses? When i checked your convex video I haven't found the answer for this question because this is a concave mirror not convex. When i also checked your concave video I haven't found the answer I was looking. Can you help me??
A 10 cm high object is placed 40 cm from a concave mirror that has a focal length of 20 cm. Show the ray diagram, determine he location, size, orientation, and type of the image formed.
First haha ❤
Thanks for that!
Thanks for doing this. I’m not old enough to learn this in school yet. I am very interested in this. Thanks.
Watch, pause, take notes, review, watch, pause, take notes, review. If necessary watch the video again or stop the video and research other sources. At the end of the lecture, the concepts can actually be grasped and understood instead of memorized and forgotten after the exam. . This is NOT possible with a conventional 19th century classroom lecture learning system. RUclips University is a teaching system that is exponentially superior to any conventional university..
david