8. Applying a magnet to one side of a Newton's Cradle disrupts the transfer of energy.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgqxPSB4XrBBc0GGbTeCWM6L4XQ1hAVTpGbKkO6zXr031usjK6j_ly9MPdASpKLSW3Yx7gsaOQoyy5CZCV-QqSavh-x3xHhCeHmeerFXJvM3NiGkufoeJVrmfrLb4MAWD3Fn4Ei9uj3wjDp/s1600/9.gif)
[See More : 15 Magnet GIFs That Will Attract Your Attention]
9. Better not get your finger caught in there!
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjtOkDK_kZF6FaWWjl0byEeVyXWnp3KQFK9JRFZ1MalldPu7jPdVmJOWmhXA4uoqphVZD0pOwVhVoVA6XD_AWh2rYZ_OhpQZ-NrG0yurDCfJ-Yh21184j4-LHnl1rmnA0Hz-XmN9pdR8OSY/s1600/10.gif)
10. When an object is in a superconducting state and a magnet is applied, it gives off an equal but opposite magnetic force and can be locked into position like this.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjUnh8JRCLtL_jWjnn4ZnqrvTlRGU-WRVtMuCKgmIFQf09xPCUV50xYtfuT6TydgSzEe0-RGR7DbhTLYd0zfnkHh9lcRWLZYVf0LiRKUb3-mUvMOPWoXTGJQ9EoZHvVGoFGwIsoI6ub0lRy/s1600/11.gif)
11. Ferrofluid with a magnetic force being applied from below.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEihWE7cyqnc7ZmtDNED4z1vfNVkrBi2cffvqtmjR2i1mOXJVZGtQwfKwveZ3twlD4yb83hu_4kv_hQHbrVfLeux1Bjg1Ehqz8Xa0emjVbH7VhQsZGLqPra-mE9HO8vJCP7_njzQEXU0GqB2/s1600/12.gif)
12. When exposed to a magnet, liquid oxygen displays induced magnetic properties.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgLR6OUFTnZ6-7uc8VBGIxyVd-6Xm7APmf-QpmyCXObB7Oar4YqMoSUhu09rCML9sXHvnlXuS6l8bd3Gls8HnusOuHZK_4dNQMKD6kpZAnGXMgeQ3g0K3gKz52vom2p5ntDi3ajZ0zUmFKD/s1600/13.gif)
13. An apple that was (almost) crushed by two magnets. The force with which they collided actually broke the magnets.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEj8j8N1KTsGmhDcyalula8PRo1O2IKgydHx4xS68sBexrHPw0AnP_ZvLmHhnH71mpwCio7kaXZuqNEtxveBczsmNsRByFzW1CJuDsqFD5qRCv1fbbLK4eyD5z4LD5lOCQVxkTiNjKqt2RIa/s1600/14.gif)
14. A plate can remain suspended if the repulsive forces are not too strong.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhVysrkdBFrmPgDCMG7XTMe0FwFmYvUiBnph3A79aS5pCseIFIz1Eb6T_YMXnJAoypAripGI4aS6CNxaGnVm4v3BfyHTgJuokIQjhCmBNlJ8bbwodW_jCZmw7N996xNhvYUz3xMwbdEPzpl/s1600/15.gif)
15. Magnets are capable of supporting great amounts of weight relative to their size.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhmoby5Fw7fNEH9dcE4mulSm8lZt7IcpSrGsf-HaZ2U51FV823acsCpHwnSkJ3WxC8yPdcim9olWbPL_c9xacfOyUBheLwkMP4P3I74M-ij7w3JulEuocxpGeoBdeJM-l7THOBkwcltfKhE/s1600/16.gif)