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First Video - Magnets, Magnetic and non-magnetic materials

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First Video - Magnets, Magnetic and non-magnetic materials

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Can magnetism pass through all materials? 

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Can magnetism pass through all materials? 

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Dear 4 RSL Heroes!

This is your next task from me!

Instructions are as follow:

1) Watch the first video, "Magnets - Magnetic and non-magnetic materials".

2) Watch the second video, "Ms Neo's Jedi force".

3) Create your own post and try to explain how Ms Neo was able to perform that simple trick with just a bar magnet, paper and iron paper clip, using concepts you learnt in the first video.

I look forward to seeing your answers.

May the force be with 4 RSL.

Ms Neo.
(A wall made with character and power)

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Mrs Neo was able to perform her force is because magnetic force can past through non-magnetic materials but when the steel ruler was in between the magnet and paper clip it fell this is because magnetic field  cannot past through magnetic materials.

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Ms Neo was able to do the force,because she move magnet under the paper and it attracted the paperclip and made it move.

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Ms . Neo was able to do it because the paper underneath the paper clip did not affect the magnetic force of the magnet and the paper clip and Ms. Neo is NOT the last  gedai . Video 2 was not related to Ms. Neo's force.

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Ms Neo was able to do it because:The plastic under the paper was non-magnetic.
Which does not affect the force of the magnet.When the magnet moves the
paper clip will move also.Only magnetic materials can affect the force of the
magnet.That why Ms Neo was able to do it.

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Miss Neo it is because paper is not a magnet.

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Magnetic Field | #aumsum #kids #science #education #children

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affect the magnetic force of the magnet and the paper clip . Therefore , Ms . Neo 

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Hazrul
the paperclip did not drop when you put the paper,alominniumm foil,tissue because those material are tin  so the magnetic force is still able to past tru as for the steel ruler it is a heavy and teen material and also made from metel and can be attracted by the magnet so, it covers the whole magnetic strengh between the magnet and paper clip.

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apples react to magnets even if it is not made of iron , nickel , cobalt or steel

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Ms Neo can do it because magnetism can pass througth paper.: )

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it is because the paper allows the magnetism/magnetic force to pass through and the paper clip moves because you move the magnet

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Ms.Neo can do that because if there is a magnetic material near the magnet, the magnet will still attract even though there is a non-magnetic material blocking the magnetic material. Don't believe me? Watch this video!!! Enjoy. :)

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Jacob and Sam have fun exploring and learning about magnets and magnetism. They experiment with different metals and find out that only iron, nickel and cobalt are magnetic. Using attraction and repulsion they discover that all magnets have two poles, a North Pole and a South Pole.

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Look magnet trick shots!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

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Magnetic levitation - Science experiment

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it is because the paper is non-magnetic so the power of the force can pass through and that is how it work
here's a video

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e can pass through and that is how it work

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e can pass through and that is how it work

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e can pass through and that is how it work

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Can magnetism pass through all materials?
Can magnetism pass through all materials? 
Dear 4 RSL Heroes! 

This is your next task from me! 

Instructions are as follow: 

1) Watch the first video, "Magnets - Magnetic and non-magnetic materials". 

2) Watch the second video, "Ms Neo's Jedi force". 

3) Create your own post and try to explain how Ms Neo was able to perform that simple trick with just a bar magnet, paper and iron paper clip,  using concepts you learnt in the first video. 

I look forward to seeing your answers. 

May the force be with 4 RSL. 

Ms Neo. 
(A wall made with character and power) 

Gwen
Gwen 
Mrs Neo was able to perform her force is because
Wei Sheng
Wei Sheng
Ms Neo was able to do the force,because she move magnet under the paper and it attracted the paperclip and made it move.
Isabelle
Isabelle
Ms . Neo was able to do it because the paper underneath the paper clip did not affect the magnetic force of the magnet and the paper clip . Therefore , Ms . Neo was able to that
 

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zoom_in
open_in_new
Khushi
Khushi
Ms Neo was able to do it because:The plastic under the paper was non-magnetic.
Which does not affect the force of the magnet.When the magnet moves the
paper clip will move also.Only magnetic materials can affect the force of the
magnet.That why Ms Neo was able to do it.
Kyle
Kyle
Miss Neo it is because paper is not a magnet.
 Magnetic Field
Magnetic Field
Download Free Android App of "Smart Learning for All" @ https://goo.gl/ZvPxzt Our topic for today is Magnetic Field. The region surrounding a magnet in which the force of the magnet can be experienced is called its magnetic field. To view a magnetic field take a bar magnet and keep it on a table.
youtube
affect the magnetic force
 affect the magnetic force of the magnet and the paper clip . Therefore , Ms . Neo 
Hazrulthe paperc
 Hazrul
the paperclip did not drop when you put the paper,alominniumm foil,tissue because those material are tin  so the magnetic force is still able to past tru as for the steel ruler it is a heavy and teen material and also made from metel and can be attracted by the magnet so, it covers the whole magnetic strengh between the magnet and paper clip.
Asher
Asher

apples react to magnets even if it is not made of iron , nickel , cobalt or steel
VERONICA SIM WEE YIN
VERONICA SIM WEE YIN
Ms Neo can do it because magnetism can pass througth paper.: )
 
WEE YONG KHANG
WEE YONG KHANG
it is because the paper allows the magnetism/magnetic force to pass through and the paper clip moves because you move the magnet
 
Ellianna
Ellianna
Ms.Neo can do that because if there is a magnetic material near the magnet, the magnet will still attract even though there is a non-magnetic material blocking the magnetic material. Don't believe me? Watch this video!!! Enjoy. :)
 Learn about Magnets – Science for Kids
Learn about Magnets – Science for Kids
Jacob and Sam have fun exploring and learning about magnets and magnetism. They experiment with different metals and find out that only iron, nickel and cobalt are magnetic. Using attraction and repulsion they discover that all magnets have two poles, a North Pole and a South Pole.
youtube

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MS NEO  couid  move  paper  clip because  the  paper under it  is tin but if you replace it with  a sheet  of steel it wont move

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youtube
YEOW ZHE REN JEROME
YEOW  ZHE REN JEROME
MS NEO  couid  move  paper  clip
📎 Video

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Elson LEE, Ms neo could move the papar clip 

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Elson LEE, Ms neo could move the papar clip 

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beacause there was a magnet under the paper to control the paper clip of moving any persion ms neo wants it to go.

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Davian-Ms Neo can attract the paper clip is made of magnetic material,So the magnetic force of the magnet passes through the paper and kind of attracts the steel paper clip and also magnets can't attrci through magnetic material

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Davian-Ms Neo can attract the paper clip is made of magnetic material,So the magnetic force of the magnet passes through the paper and kind of attracts the steel paper clip and also magnets can't attrci through magnetic material

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Read this for more information

Magnets are objects that produce magnetic fields. There are only a few materials on earth that produce their own magnetic fields. However, there are some materials such as iron, that can be manipulated to produce their own magnetic fields.

Read this for even more information about magnets
This article is about objects and devices that produce magnetic fields. For a description of magnetic materials, see Magnetism. For other uses, see Magnet (disambiguation).
A magnet is a material or object that produces a magnetic field. This magnetic field is invisible but is responsible for the most notable property of a magnet: a force that pulls on other ferromagnetic materials, such as iron, and attracts or repels other magnets. The overall strength of a magnet is measured by its magnetic moment or, alternatively, the total magnetic flux it produces. The local strength of magnetism in a material is measured by its magnetization

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Check this life hacks :3 Aini 4 rsl

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Ms Neo was able to do the jedi force because magnets can react through paper and plastic.

Watch this cool monster magnet.

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MS NEO CAN MOVE  IT BECAUSE  THE MAGNET CAN PASS THROUGH THE PAPER . IT IS CALL MAGNETIC FORCE

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watch what happen

Aini you copy the video that i post on the first padlet

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magnet life

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this for those who love to make slime

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enjoy

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Simple Homopolar Motor With Battery And Magnet And Copper Wire - EHM Projects

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the paper clip can move because the magnetic force/magnetism form the magnet actually pass through the paper and attract the paper clip so when you move the magnet around under the paper , the paper clip follow where the magnet move becuase the magnet attract the paper clip through the paper.

Video from Ms Neo jedi force
by Ms Ne

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ms Neo was able to that because paper clip is made of metal and magnet can attract meta

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Enjoy!!!:D

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The magnetic force can pass through paper because the magnetism can pass through any material that is non-magnetic. Some non-magnetic material like key cannot pass through.

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Ms Neo is able to do because magnetic force can pass through the paper and hence, it has attracted the paper clip.

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MAX LIM
MAX LIM
Ms Neo is able to do because magnetic force can pass through the paper and hence, it has attracted the paper clip.

 add

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Ms Neo is able to do is because there is one more magnet under paper so the paper clip got attracted the magent under the paper

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Money Magnet Mind - Brainwave Entrainment music.

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This audio recording contains binaural beats at a select frequency (10Hz) to stimulate relaxation and subconscious processing. Please use headphones to access this. To manifest abundance is a matter of imagining yourself already in possession of that which you desire. Imagine how it feels to already have what you want.

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Magnets - Attract and Repel - Early Primary Educational Standard

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                                      ethan

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                                      ethan

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The term magnetism comes from the region of Magnesia, a city in Western Turkey, where Greeks found lodestones, which attracted iron pieces across the space.   It is also observed that, magnets attract as well as repel.  We can explain this dual nature of magnetic force by proposing that each magnet has two poles, north pole (N) and south pole (S).  You will observe two things during the activities:

1)      When two magnets are brought near each other, like poles repel; opposite poles attract.

2)      When a magnet is brought near a piece of iron, the iron also gets attracted to the magnet, and it acquires the same ability to attract other pieces of iron.

We like to represent this force effect of a magnet on iron-like objects with a concept called magnetic field.  The concept of field can be best understood if we remember the gravitational force of Earth on object near it.  We say that the mere presence of Earth sets up gravitational field in the surrounding space, and that we can represent this gravitational force effect with lines starting from Earth and radially diverging away to infinity.

Moon is caught in Earth’s field.  Likewise, the Astronaut in space walk is feeling the Earth’s gravity.  Space shuttle is also in the Earth’s field. The reason why they don’t fall is beyond the scope of this course, but I will explain for completeness.  None of them fall towards Earth because they all have enough horizontal speed to make around the Earth.  If you were able to horizontally throw a baseball at 18,000 mi/h, I would also make around the Earth and return to you.  Therefore, we represent the Earth’s attractive gravitational force with field lines.  The direction of field lines represent the direction of force a body would experience around Earth, and the density of field lines (how closely they are separated) represents the strength of the force.  For example, closer you are to the Earth, stronger the force.

Similarly, a magnet sets up a magnetic field in its surrounding space in which it magnetically affects any other magnetic material.  The strength is represented by the density of the magnetic field lines.  Magnetic field lines are closed curves leaving from North pole and entering the South pole when you follow them on the outside the magnet.

A compass, which is a small magnet itself, lines up parallel to the magnetic field lines at the point it is placed.  The tip of the arrow is the North magnetic pole, and its end is the South magnetic pole.

The building blocks of magnets are atoms, which are small tiny magnets.  As far as the magnetism is concerned, we can view an atom as if it is a tiny compass/magnet, pointing to the north direction.  We will see later that, the motion of electrons (moving electric charge) is the fundamental reason of magnetism.  For practical purposes we can focus on a cluster of atoms, called magnetic domains that are aligned in a specific direction.  Each domain may consist of billions of aligned atoms.  Under normal conditions, a magnetic material like iron doesn’t behave like a magnet because the domains don’t have a preferred direction of alignment.  On the other hand, the domains of a magnet (or a magnetized iron) are all aligned in s specific direction.  Domains are separated from the adjacent domains by domain walls.  In general, alignment within a domain is the same for all atoms of that domain.  However, the atoms of one domain are aligned in a different direction than the atoms of another domain.  This situation is sketched below for a magnetic material, a magnetized material, and for a nonmagnetic material.  A nonmagnetic material doesn’t have any domain structure.

Domains can be induced into alignment.    Consider a common iron nail.  Its domains are randomly oriented, like the first picture above.  If you bring a magnet is brought nearby, the domains of the iron nail will align in such a way that, the north pole of iron domains will face the south pole of the magnet, and visa versa.

When you remove the magnet, the nail becomes permanent magnet for a while.  The thermal motion (remember the higher the temperature, the faster the atoms move) of atoms eventually may cause most of the atoms to return to random orientation.  Also, by dropping a magnet, not only will you break it, but you will also destroy the domain alignments.

Another way of making a permanent magnet is to stroke a piece of iron (or iron shaving which you will do as an activity) with a magnet. Iron shaving behave like tiny magnets.

Electromagnet:

A wire coils like the one shown in the picture below, can also produce magnetic field similar to that of a magnet.  If the inside if the coils is filled with a iron core, the magnetic field even gets stronger due to the additional magnetism from the iron.

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TOP 10 Magnet Science Experiments & Tricks from Mr. Hacker!

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Hope you enjoy

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How To Make Magnet Earrings Out Of Waste | Piercing not require | Best out of waste

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Ms Neo Could Do It As Paper Is Weak And The Magnetic Strength Is Stronger So It Attracts

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Ms Neo was able to the  '' Force '' as the paper was not so thick,the magnet is a strong magnet and it has a very strong magnetic force.

And ANYONE CAN BE THE LAST JEDI!!! :3