Thanks a lot! I can tell you put a lot of time into these videos to make them entertaining as well as helping me with physics. Keep up the great work and I can see your channel growing tremendously.
There really aren't different masses. There is the same amount of material in the block, regardless of what incline you use. It is the force that the string offsets, and not the mass. What is really happening, is that we are replacing the normal force and traction force with tension in the strings. To generate the tension in the strings, we apply a weight to the opposite side of the two pulleys. The tension in the string will therefore equal that weight so that it remains at rest, and the other side of the string applies a tension to the block, replacing the normal force and friction from the board.
+Nikolai Hedler It's good to hear from you again; though a bit strange through this vehicle. Clearly I forgot to update the subtitles. They are now correct. Thanks for letting me know.
Thanks a lot! I can tell you put a lot of time into these videos to make them entertaining as well as helping me with physics. Keep up the great work and I can see your channel growing tremendously.
+Angad Babra I sure hope so!
@@FlippingPhysicshi thanks
I've never seen Bo so intensely focused. I get it, Bo. I've always struggled with note-taking.
That kicked butt! Mr P, your videos and teaching style are the Best! Great addition
+KICKING RUSTY Thank you!
Can someone help me understand how there are different masses on the parallel and perpendicular direction?
There really aren't different masses. There is the same amount of material in the block, regardless of what incline you use. It is the force that the string offsets, and not the mass.
What is really happening, is that we are replacing the normal force and traction force with tension in the strings. To generate the tension in the strings, we apply a weight to the opposite side of the two pulleys. The tension in the string will therefore equal that weight so that it remains at rest, and the other side of the string applies a tension to the block, replacing the normal force and friction from the board.
Just thought you'd like to know; the captions still follow the other version of the video, although they still line up after the change.
+Nikolai Hedler It's good to hear from you again; though a bit strange through this vehicle. Clearly I forgot to update the subtitles. They are now correct. Thanks for letting me know.
I'll take notes then - this was so funny 😂😂😂
Could you maybe release another AP physics 1 video, Presumably on the experiment lab questions on the free response?
Thank you 🙏 very muchhhhhh its gonna help my science exam
AMAZING VIDEO
thanks
Can you prove the formula mass perpendicular and mass parallel
Fascinating!
🥳🥳🥳👏👏👏👏 bravo!
YOU HAVE POWERSSSSSSSSSSSSSSSSSSSS!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!OOMMEEEEEEEEEE
great
sucks how much work he puts in yet so little viewss
His videos are not so good, there are better ones. I apreciate he tries tho.
Yeah imma show that to my family hey mom wanna multiply sin and cos? xD great job Mr P
+M Nabeel I hope your family enjoyed it. 😁
OMG! 😮😮😮
OOOOOOOOOOOOOOOOOOOMMMMMMMMMMMMMMMMMMMMGGGGGGGGGGGGGGGGGGGGGGGGGGG!!!!!!!!!111