Adjectives For Magnet
Discover the most popular adjectives for describing magnet, complete with example sentences to guide your usage.
Updated on March 16, 2024
The word 'magnet' on its own evokes images of attraction and energy, but the adjectives paired with it can dramatically alter its conceptualization. A 'powerful magnet' suggests an almost unstoppable force, capable of drawing objects towards it with great intensity. Conversely, a 'small magnet' might be seen more as a novelty or educational tool, its strength implied to be more subtle. 'Strong' and 'permanent' magnets point towards durability and reliability, essential in industrial and technological applications. 'Large magnets' hint at significant power, but also at the physical space they occupy, while 'natural magnets' touch on the fascinating phenomena of magnetism in the natural world. The precise adjective used can profoundly influence the imagery and expectations associated with a magnet. Discover the full array of adjectives and the nuanced perspectives they add to 'magnet' below.
| permanent | The permanent magnet is a type of magnet that retains its magnetic properties even in the absence of an external magnetic field. |
| powerful | The powerful magnet could lift the heavy metal object with ease. |
| small | The small magnet held the paper clip in place. |
| strong | The strong magnet pulled the metal objects towards it. |
| large | The large magnet drew the paper clips to it. |
| natural | The lodestone is a type of natural magnet |
| suspended | The suspended magnet wafted back and forth above the coil. |
| second | The second magnet pulled the toy train toward it. |
| giant | The giant magnet picked up the metal scraps. |
| huge | The huge magnet lifted the metal objects with ease. |
| temporary | The temporary magnet can only hold objects for a short period of time. |
| shaped | The shaped magnet is used in various applications like motors, generators, and MRI machines. |
| single | The single magnet stuck to the refrigerator. |
| ordinary | I need an ordinary magnet to help me find my lost keys. |
| cylindrical | The cylindrical magnet exhibits a uniform magnetic field within its core. |
| external | The external magnet is used to guide the movement of the object. |
| tiny | I used a tiny magnet to pick up the paper clips. |
| artificial | The artificial magnet picked up the steel shavings. |
| electro | |
| fixed | The machine used a fixed magnet to create a constant magnetic field. |
| irresistible | |
| short | The scientist held a short magnet in her hand. |
| stronger | The stronger magnet attracted the paper clip. |
| simple | The simple magnet was able to lift the small paperclip. |
| stationary | The stationary magnet attracted the paper clips. |
| horseshoe | The horseshoe magnet's magnetic field is strongest at its poles. |
| big | The big magnet attracted all the metal objects in the room. |
| vertical | The vertical magnet held the paper clips in place. |
| electric | The electric magnet was used to separate the metal filings from the sand. |
| weak | The weak magnet could not hold the heavy iron piece. |
| pole | The pole magnet attracted the small piece of metal. |
| thin | The thin magnet was unable to hold the paper in place. |
| rotary | The machine contains a rotary magnet |
| perfect | The perfect magnet attracted all the nails in the box. |
| rotating | The rotating magnet generated a current in the coil. |
| straight | The straight magnet is used to demonstrate the magnetic field lines. |
| elementary | The elementary magnet in the solenoid apparatus is a simple bar magnet. |
| circular | The circular magnet attracted the small metal objects. |
| invisible | The invisible magnet seemed to be pulling her towards the door. |
| horizontal | The horizontal magnet's magnetic field is parallel to the ground. |
| field | The field magnet is used in the generator to produce electricity. |
| exciting | The exciting magnet attracted all the metal objects in the room. |
| spherical | I need to magnetize a spherical magnet |
| resistive | The resistive magnet is a type of permanent magnet that has a high resistance to demagnetization. |
| gigantic | The construction crew used a gigantic magnet to pick up the old train rails. |
| auxiliary | The auxiliary magnet was used to greatly enhance the magnetic field. |
| pivoted | The pivoted magnet indicated changes in the direction of the magnetic field. |
| strongest | The strongest magnet in the world is the Large Hadron Collider. |
| ceramic | The ceramic magnet is a type of permanent magnet made of a ceramic material. |
| movable | The scientist used a movable magnet to manipulate the charged particles in the cyclotron. |
| mighty | |
| type | The boy accidentally dropped the type magnet into the junk drawer. |
| solenoidal | The principle of a solenoidal magnet is to pass an electric current through a coiled wire. |
| inch | The inch magnet was used to hold the metal sheets in place. |
| revolving | The revolving magnet created a magnetic field within the coil. |
| enormous | The scientist marveled at the enormous magnet's ability to attract metal objects from great distances. |
| induced | The induced magnet lost its magnetism after being heated. |
| equivalent | This coil should become an equivalent magnet after passing the current through it. |
| ideal | This apparatus uses an ideal magnet to float above a metal plate. |
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