Steps for making a simple machine using a motorcycle wheel, long ropes, straight poles,and a large hemispherical pan ?

1. Attach the motorcycle wheel to one end of a long rope, making sure it is securely fastened.

2. Place the large hemispherical pan on the ground, ensuring it is stable and level.

3. Attach the other end of the rope to a straight pole, making sure it is long enough to reach the ground when the wheel is placed in the pan.

4. Place the straight pole with the attached rope and wheel inside the pan, with the wheel resting on the bottom of the pan.

5. Pull on the rope to lift the wheel out of the pan, using the leverage provided by the pole and the wheel to make it easier to lift.

6. To lower the wheel back into the pan, simply release the tension on the rope and allow the weight of the wheel to bring it back down.

7. You now have a simple machine that can be used to lift and lower heavy objects with minimal effort.

Materials:

- Motorcycle wheel
- Long ropes (2)
- Straight poles (2)
- Large hemispherical pan

Steps:

1. Create the Axle:

- Insert the poles into the center of the motorcycle wheel to create an axle.
- Secure the poles to the wheel with ropes or bolts.

2. Form the Supporting Frame:

- Connect the poles together at their ends with crossbars or ropes to form a triangular frame.
- The frame should be high enough so that the wheel can spin freely.

3. Install the Pulley:

- Attach the hemispherical pan to the frame under the wheel.
- This will serve as a pulley to rotate the wheel.

4. Tie the Ropes:

- Tie one rope to the outer rim of the wheel.
- Tie the other rope to the pulley.

5. Set Up the Machine:

- Position the machine on a stable surface.
- Run the ropes over pulleys or through guides to keep them taut.

6. Operation:

- To rotate the wheel, pull on one rope in a clockwise or counterclockwise direction.
- The rope connected to the pulley will rotate the wheel in the opposite direction.

Note:

- This simple machine is a prototype and may not be efficient or practical for heavy lifting or transportation.
- The size and strength of the components should be adjusted according to the desired load capacity.