Collect goods- A simple temporary magnet, such as a paper clip and a refrigerator magnet, can be made with a small piece of metal. Collect these objects as well as a narrower piece of metal, such as an earring or a small nail, which you can use to check the magnetized paperclip’s magnetic characteristics.
Furthermore, experiment with various dimensions of paperclips and uncoated versus covered paperclips. In a variety of dimensions and metals, collect larger items to see which ones will stick to the paper clips.
Rub the paperclip magnet against it- Instead of moving it back and forth in the same path. Use the same fast movement to light a game. Continue scratching the paper clip 50 times faster than you can with the magnet.
Touch the clip against the narrower metal piece- Does the tiny metal piece stick to the clip? If so, you magnetized it successfully. If the metal does not stick to the paper clip, rub it 50 times more and try again.
To determine how powerful the magnet is, try to pick up other paper clips and bigger items. Consider recording the length of time after a certain number of rubs the paper clip stays magnetized.
supplies. A simple temporary magnet can be made with a tiny piece of metal, such as a paperclip, and a refrigerator magnet. Gather these items as well as a smaller piece of metal, such as an earring back or a tiny nail, that you can use to test the magnetic properties of the magnetized paperclip.
Experiment with different paperclip sizes, and uncoated versus coated paperclips.
Gather smaller objects in a range of sizes and metals to see which ones will stick to the paperclips.
2
Rub the magnet against the paperclip. Move it in the same direction, rather than back and forth. Use the same quick motion you'd use to light a match. Continue rubbing the paperclip with the magnet 50 times, as quickly as you can.[1]
3
Touch the paperclip against the smaller piece of metal. Does the small piece of metal stick to the paperclip? If so, you've successfully magnetized it.[2]
If the metal won't stick to the paperclip, rub it 50 more times and try again.
Try picking up other paper clips and larger objects to determine how strong the magnet is.
Consider recording the length of time the paper clip stays magnetized after a certain number of rubs. Experiment with different types of metal, like pins or nails, to see which one makes the strongest, longest-lasting magnet.
Answers & Comments
Answer:
Collect goods- A simple temporary magnet, such as a paper clip and a refrigerator magnet, can be made with a small piece of metal. Collect these objects as well as a narrower piece of metal, such as an earring or a small nail, which you can use to check the magnetized paperclip’s magnetic characteristics.
Furthermore, experiment with various dimensions of paperclips and uncoated versus covered paperclips. In a variety of dimensions and metals, collect larger items to see which ones will stick to the paper clips.
Rub the paperclip magnet against it- Instead of moving it back and forth in the same path. Use the same fast movement to light a game. Continue scratching the paper clip 50 times faster than you can with the magnet.
Touch the clip against the narrower metal piece- Does the tiny metal piece stick to the clip? If so, you magnetized it successfully. If the metal does not stick to the paper clip, rub it 50 times more and try again.
To determine how powerful the magnet is, try to pick up other paper clips and bigger items. Consider recording the length of time after a certain number of rubs the paper clip stays magnetized.
Explanation:
please mark as brainlist thanks sir
please thank.
Verified answer
Answer:
supplies. A simple temporary magnet can be made with a tiny piece of metal, such as a paperclip, and a refrigerator magnet. Gather these items as well as a smaller piece of metal, such as an earring back or a tiny nail, that you can use to test the magnetic properties of the magnetized paperclip.
Experiment with different paperclip sizes, and uncoated versus coated paperclips.
Gather smaller objects in a range of sizes and metals to see which ones will stick to the paperclips.
2
Rub the magnet against the paperclip. Move it in the same direction, rather than back and forth. Use the same quick motion you'd use to light a match. Continue rubbing the paperclip with the magnet 50 times, as quickly as you can.[1]
3
Touch the paperclip against the smaller piece of metal. Does the small piece of metal stick to the paperclip? If so, you've successfully magnetized it.[2]
If the metal won't stick to the paperclip, rub it 50 more times and try again.
Try picking up other paper clips and larger objects to determine how strong the magnet is.
Consider recording the length of time the paper clip stays magnetized after a certain number of rubs. Experiment with different types of metal, like pins or nails, to see which one makes the strongest, longest-lasting magnet.
Explanation:
please mark me as brainpest