ua-cam.com/video/Bf1n98rcm6I/v-deo.htmlsi=AZlXjAXHw08sRcb8 But the link is also attached towards the end of this video as end screen. If you tap the end screen thumbnail toward the end of the video, it will open part 1 live practical of this experiment
@@Socialearning_users By running the first experiment on incident ray 20°. That was carried out live not by construction. Then, I measured the angle of refraction with protractor and obtained r = 14°. That is why I stated in the video that it is necessary to carryout the first experiment.
Thank you sir 🙏
You're welcome
Thank you so much sir, God bless you 🙏
Most welcome
Really helpful sir😊😊
@@dahny_ella I'm glad it helped. Please, subscribe and share to your coursemates and friends to also benefit and give GMAETS_41 more visibility.
Thank you sir .pls can you do for triangularprism
@@user-vl9yg3dc7h I have the experimental video lesson on triangular prism already. Do you mean the tracing shortcut?
link to first experiment video
ua-cam.com/video/Bf1n98rcm6I/v-deo.htmlsi=AZlXjAXHw08sRcb8
But the link is also attached towards the end of this video as end screen. If you tap the end screen thumbnail toward the end of the video, it will open part 1 live practical of this experiment
Pls sir hw did u get r=14 degree
He is using the values he got from a previous video
@@Socialearning_users By running the first experiment on incident ray 20°. That was carried out live not by construction. Then, I measured the angle of refraction with protractor and obtained r = 14°.
That is why I stated in the video that it is necessary to carryout the first experiment.
@@chidubemadimorah5034 Thank you so much for the response to that question. You truly followed along. Keep it up💪
@@gmaets41ok sir