How to Make a Pendulum That Never Stops

Many people have the misconception that pendulums are just for telling fortunes. Pendulums, however, can be used to measure all kinds of things, including the energy levels in a room or even a person’s health. This article will teach you how to make a pendulum that never stops!

How to Make a Pendulum That Never Stops

The first thing you need is a paperclip and some string or yarn. Next, tie one end of the string around one end of the paperclip and tie it tightly, so there isn’t any slack left. Then take both ends of the string and hold them at arm’s length away from each other with two fingers on top of one side. Once this has been done, release your fingers gently and allow the paperclip to “swing” back and forth. Read on to know more information!

10 Ways on How to Make a Pendulum That Never Stops:

1. Make a Super Pendulum.

A super-pendulum is a pendulum that has been altered to cause it to swing slower and longer. This is done by increasing the bob’s weight (The round object on the bottom of your pendulum) or by decreasing the length from axis to bob, or both. If you do both, it will swing extremely slow.

2. Make the Pendulum Heavy.

To make a pendulum swing slower, you can increase its weight by adding more mass to either the bob or the string itself. You could also attach something heavy to the bottom of your pendulum, but this will decrease how high it swings.

3. Decrease Friction.

Decreasing the amount of friction on your pendulum will make it swing slower and decrease its maximum amplitude. To reduce the friction, you should make sure that your string is completely clean (use rubbing alcohol to clean off things like resin) and that there is no residue or dirt at the pivot point. You may also want to attach something sticky, like rubber cement or glue, to the axis of your pendulum.

4. Reduce Air Resistance.

To increase air resistance, you can put a fan at the end of a pendulum to create a vortex that resists the pendulum’s motion. You could also construct a structure that would cause the air to be more resistant.

5. Change Gravity.

To change the direction that gravity is pulling your pendulum, you can attach a string to a different surface. For example, you could hang it from a tree branch rather than a ceiling beam to make it swing in another direction. You could also turn your entire house upside down using something like an amusement park ride or an earthquake.

6. Vary the Amplitude Using a Pulley System.

To use a pulley system, you need an overhead support beam and something on your ceiling for the string to run through. Attach one end of your string to this support beam, and attach the other end of your string to a weight that will offset the force of gravity on the pendulum.

7. Vary the Period of Your Pendulum.

To decrease the period of the pendulum, you have to increase its length. This causes fewer oscillations in a regular interval, which gives it a more extended period. To increase the period of your pendulum, you can decrease its length by removing some of the string.

8. Vary the Acceleration of Gravity.

You can change the acceleration of gravity by getting closer to or further from Earth’s center of mass. By going towards one end of Earth, you will decrease your gravitational acceleration, and by going toward the other end, you increase it. Because you cannot simply drop a pendulum off a tall building and expect it to work, there are other things you can do to achieve this.

For example, the length of your pendulum could vary because its support beam was not level with the ground (if it were hanging from a ceiling) or by adding some weight onto one side of the string.

9. Use an Electric Motor.

To use an electric motor, attach it to your pendulum and run current through the wires to spin the motor. Of course, the faster you make it spin, the slower your pendulum will swing because its angular momentum (amount of rotation) will be more significant than is usual for such a swing.

To use an electric motor, attach it to your pendulum and run current through the wires to spin the motor.

10. Use Harmonic Motion/Resonance.

This one is actually not that difficult. You can decrease the period of a pendulum by making it swing on an arc rather than in a parabolic motion. If you make the angle it move at about 45 degrees or less, this will cause it to swing slower.

To make sure that your pendulum is swinging on an arc, you should attach some weight to the end of the string. The weight should be at a height slightly greater than the axis, and it should hang about midway between one end of the pendulum and the other so that there is no straight line from axis to bob.

You Can Check It Out to Make a Pendulum Stand

Some Tips and Suggestions

1. To begin with, you want to cut out the desired pendulum length on your string. You can usually do this by just holding it up to your ear and marking off the string section so that it is dangling down towards the floor. Then, dangle a weight on one side of it so that it is offset from the center.

2. Make sure to cut a large enough section of the string.

Make sure to cut a large enough section of the string.

3. You want the pendulum to be heavy enough that it does not come to an abrupt halt after every swing but light enough so that it does not fall very far when you push it.

4. The string must be well-tied onto the weight at one end and onto a small stick or pencil at the other end.

5. You can glue one end of your stick to a piece of flat plastic, such as an old credit card if you want it to slide instead of slip when you push it from side to side.


The pendulum is the easiest and most accessible way to learn how a light force can control an object. It’s also one of the cheapest, as all you need to do to make your own is a string and two heavy things to hang from it without being too big or small!

We hope this project on how to make a pendulum that never stops inspires your creativity and gives you the chance to explore new ways of thinking about motion! Remember, science is an exploration for everyone. You can do it too!  

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