PHYSICS ^^
Welcome everyone! This is a page of my School Projects about Physics. The page contains the information about Lever and Pulley. P
Examples \(^o^)/
Pulleys
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Levers
-scissors
-hole puncher -stapler -nutcracker -bottle opener -nail clippers -can opener -hammer -paper cutter
-hammer -paddle -mouse trap -shovel -tongs -tweezers |
Inclined Plane
-knife
-stairs -slides -ramp |
Pulleys
Everyone, thank you for reading this website so far. I've been studying about Pulleys at school. I also have tried to make pulleys with my classmates. Now, I'm going to tell you the steps :) Enjoy~
Fixed Pulley1. Prepare the materials you need.
2. Attach the pulley' wheel to the steel which is on the pole.
3. Then, give the bol threads to the pulley.
4. And then, tie the iron load with the bottom of the bol threads.
5. But, also don't forget to tie the dinamometer (Neraca Pegas) with the other sides of the bol threads!
6. Finally, you can pull the dinamometer (Neraca pegas) to count the mechanical advantage..
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Moving Pulley1. First, tie the bol threads to the steel on the pole.
2. And then, attach a moving pulley' wheel to the bol threads which is tied to the steel on the pole.
3. After that, tie the dinamometer (Neraca pegas) with the bottom of the bol threads, and pull it to count the mechanical advantage!
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Inclined Plane
The teacher also have taught my class how to make an Inclined Plane. So, I want to share the steps how to make it here.
Well, I hope this will help you! (:
Well, I hope this will help you! (:
1. First of all, prepare the materials you need.
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2. Second, place the wooden board in a position of 170 degree angle. You can do it by turning the small iron which is on the sides of the board. (Just like the example below)
3. After that, cut the bol threads and attach it to the pulley of the wooden board.
4. Next, tied the timber load with the threads..
But, don't forget to tie the dinamometer with the other sides of the threads, so that you can measure the mechanical advantage 5. Next, try with the other loads, such as iron load and the cart.
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