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Whilst it may seem that since the magnetic field of the horse shoe magnet is responsible for the force between the magnet and the paperclip, it has to be noted that without the paperclip the magnet while retaining it's magnetic field exerts no force, because there is nothing for it to pull on.
A simple example lets take both our magnet and paperclip to the very back end of the universe, somewhere hypothetical where the only force allowed is magnetism (assume gravity no longer exists out here, and with that weight/mass also don't exist. Weight being how much gravity pulls you down onto the weighing scales. So for this experiment the magnet and paperclip "weigh" the exact same 0.00 pounds).
1 Take the paperclip and allow it to float in space.
2 Take the Magnet and hold it in your hand.
3 As the paperclip comes into the field of the magnet, it moves towards the magnet.
Now you didn't move and the magnet didn't move, but the paperclip did. The magnet attracted the paperclip.
Proof that the magnet is the one exerting the force, right?
Lets repeat the experiment but with a slight change.
1 Take the magnet and allow it to float in space.
2 Take the paperclip and hold it in your hand.
3 As the paperclip comes into the magnetic field of the magnet, the magnet moves towards the paperclip.
Again you didn't move, and this time the paperclip didn't move. This time the paperclip attracted the magnet.
Might seem kind of strange now, but not for long.
Here's the thing: 1 thing is certain, if the magnet and paperclip are close together they will try to attach to each other, however,
If the magnet isn't there, nothing happens to the paperclip.
If the paperclip isn't there, nothing happens to the magnet.
From this you can take that without the other, neither object has any force, but when they are near enough together they both act on each other with the same force. Equal and opposite forces to be exact (they pull together) .
Stay with me.
On earth gravity effects the magnet so it never appears to move, it's heavier than a paperclip and so every time it will appear that the paperclip moved.
But back at our hypothetical space experiment we know that it doesn't matter which object isn't allowed to move, if they are near to each other they attract each other equally. I believe the term is they move relative to each other.
Lets repeat the experiment one more time with one more slight change:
1 Take the paperclip and allow it to float in space.
2 Take the magnet and allow it to float in space.
3 Leave them close enough to start attracting each other.
Which one moves now?
Answer is at the bottom, don't cheat, think about it.
If you would Prefer a more maths orientated proof rather than abstract theory, you can always add this question to the Math section.
But to be honest physics is more fun if you try to imagine it.
Good luck.
A: They both move towards each other.
What else can I help you with?
Does the size of a magnet hold more paper clips?
The size of a magnet does not necessarily determine how many paper clips it can hold. The strength of the magnet, which is measured by its magnetic field, is what determines how many paper clips it can hold. A smaller magnet with a stronger magnetic field may be able to hold more paper clips than a larger magnet with a weaker magnetic field.
Why can't a magnet hold a piece of paper on a referigator?
A piece of paper is not magnetic, so it does not interact with the magnetic field produced by the magnet. The magnet can only attract materials that are magnetic or contain magnetic elements, like iron or steel.
What is easier to bend paper clips or hair grips?
Paper clips are typically easier to bend than hair grips, as they are usually made of thinner and more pliable metal. Hair grips are thicker and more durable, designed to hold hair firmly in place without bending easily.
Do all magnets have the same power?
No, not all magnets have the same power. The strength of a magnet is determined by factors such as its size, material, and how it is magnetized. Magnets can vary in terms of their pulling force, magnetic field strength, and overall magnetic power.
Why do we make artificial magnets?
Magnets were an accidental discovery made by Chinese laborers when they discovered bits of polarized iron bits clung to their shovels. Magnets had many practical uses other than a mere curiosity. To show direction in compasses and to attract steel and iron. They have many practical uses even today. Construction, navigation, and to hold paper on refrigerators.
Can you attach magnets to the outside of a microwave oven to hold paper?
It is not recommended to attach magnets to the outside of a microwave oven as they can interfere with the oven's operation. Instead, consider using adhesive hooks or clips to hold paper on the outside of the microwave.
Does the size of a magnet hold more paper clips?
The size of a magnet does not necessarily determine how many paper clips it can hold. The strength of the magnet, which is measured by its magnetic field, is what determines how many paper clips it can hold. A smaller magnet with a stronger magnetic field may be able to hold more paper clips than a larger magnet with a weaker magnetic field.
How many paper clips can a hair hold?
On average, a strand of hair can hold the weight of about 100 grams. The number of paper clips a hair can hold would depend on the weight of each paper clip. A standard-sized paper clip typically weighs about 1 gram, so theoretically, a hair could hold around 100 paper clips.
How many paper clips can an iron nail hold if it has been stroked 20 times with a magnet?
The number of paper clips an iron nail can hold after being stroked with a magnet depends on various factors, including the strength of the magnet and the size of the paper clips. Generally, an iron nail that has been magnetized through repeated strokes can hold around 10 to 20 paper clips. However, this can vary, and some nails might hold more or fewer clips depending on their specific properties and the effectiveness of the magnetization.
How much weight can a magnet hold?
The amount of weight a magnet can hold depends on its size and strength. Generally, small magnets can hold a few ounces to a few pounds, while larger and stronger magnets can hold up to hundreds of pounds.
What do you use to hold papers together?
Binder Clip or Paper Clip or a Staple.
How much paper can a paper clip hold?
A standard paper clip can typically hold about 10 to 20 sheets of standard printer paper, depending on its size and design. However, this can vary based on the paper clip's strength and the thickness of the paper. Larger or more robust paper clips may hold more sheets, while smaller clips may hold fewer. Ultimately, it's best to test the specific paper clip for its actual capacity.
What you use to hold papers together?
Staples, glue, paper clips, glue sticks, tape, and stickers could hold paper together.
Why are paper clips made of steel wire?
Paper clips are made of steel wire because steel is strong and durable, allowing paper clips to hold papers together securely. Additionally, steel is flexible enough to be bent into the desired shape without breaking, making it a suitable material for manufacturing paper clips.
What hold papers together?
A lot of things. Paper clips, staples, folders, binders, etc.
How many paper clips can the surface tension hold?
Surface tension can typically hold up to around 20-40 regular-sized paper clips on the surface of water before breaking. This limit can vary based on factors like the size and weight of the paper clips, as well as the quality of the water surface.
Why can't a magnet hold a piece of paper on a referigator?
A piece of paper is not magnetic, so it does not interact with the magnetic field produced by the magnet. The magnet can only attract materials that are magnetic or contain magnetic elements, like iron or steel.
