If you use an inclined plane heaving 30deg's and pulling load of 1000gms. You need to apply just 500gms of force to move it up to the required hight and go on untill you reach the hight, this statement is true when friction is zero. But its true that inclined planes reduce great stress to raise loads. As we have practical examples and proofs, the video is one of the proof.Great work
Thank You! I have a Science test coming up and this video helped me understand what an inclined plane is! I am sure that I am going to pass my test now, Thank you sooooo much!
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I am really getting inspiration from your videos and I started a Sunday Science club in our village in West Bengal,India. I am a Bengali guy and an assistant professor in physics here in a college. I like your videos and your demonstrations. I am also trying to educate little kids about science with this types of demonstrations in our regional language Bengali. Thanks again for your videos.❤
Kalyan...Thank you so much for taking the time to write to us. We love hearing from our friends. Good luck with your family and the Sunday Science Club. If you ever had a chance to send us a short (less than 60 second) video of your kids using FunScienceDemos in their club. That would help us very much. You could email it to me directly at gmehlertu@gmail.com or gmehler@temple.edu . I am also an assistant professor at Temple University in Philadelphia, PA USA. Thank you, for all you do for so many!
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Thank you for this wonderful video. An excellent demonstration of how inclined planes can be used to change the amount of force . My students enjoyed it.
Thank you so much for your feedback on our science video. And thanks for spreading science! Please keep in mind our channel, FunScienceDemos, has over 150 science demonstrations for every important idea in science. Here is our channel link: ru-vid.com . If you are a teacher, we would love to hear how you are using this video. Science is so cool!
Thank you so much for your feedback on our science video. And thanks for spreading science! Please keep in mind our channel, FunScienceDemos, has over 150 science demonstrations for every important idea in science. Here is our channel link: ru-vid.com . If you are a teacher, we would love to hear how you are using this video. Science is so great!
At 2:08 , angle of inclination is 30 degree OR π/6 radians if we do not consider the friction. At 3:00 , angle of inclination is 44 degrees if we do not consider the friction.
I'm like most blue collar guys and had trouble in some area in school. I have been looking for a video to understand if a 1000lb winch I found could pull up an elk which weighs 600lbs into the back of my truck., Based on this absolutely yes as I'm not lifting that weight so it's reduced in weight. I would have liked if you'd done some math at the end, but the simple blocks and toys are needed for us block heads. Thank you so much!
Thank you so much for your feedback on our science video. And thanks for spreading science! Please keep in mind our channel, FunScienceDemos, has over 150 science demonstrations for every important idea in science. Here is our channel link: ru-vid.com . If you are a teacher, we would love to hear how you are using this video. Science is so cool!
I would think it a matter of decreasing the angle of the vector of the tension force needed so that the net force is less. The net force on an object while lifting it up =Fn+Fg+Tsin(Θ) so the less the angle than 90 degrees, the less the net force needed to lift it. Second, as long as the object is still in contact with the surface of the ramp, normal force exerted by the surface of the tilted surface would reduce the magnitude of the needed tension force(or applied force anyway)
Hello sir, i am having a doubt with the difference of inclined plane and lever. I get confused in which type of machine it is since it looks very similar. Can you tell me the difference?
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