Should have no effect, there is no specific concentration of iron anywhere in the human body that a magnet should interact with. Maybe the fillings in your teeth. But besides that a magnet would probably do nothing. Do note that magnets are often hard, pointy objects, and you shouldn't screw around with things near your eyes. I have a brother who nearly lost his left eye. Be carefull with eyes.
Unless you scratch the disk while placing the magnet on the disk, then nothing will happen. A magnet would have to be powerful enough to extract the hemoglobin from human bloodcells to be able to effect the disk.
No.
It depends on the gauss value of the magnet. Yourstood on a big magnet. It'scalled Earth. Youre a long way from the poles but it still has an effect on metals.
A magnetic pole is where the magnetic effect is greatest.
Dynamo has constant magnet inside.When movement comes up ,magnet starts turning .And outside of magnet has coiled wire .So this movement of magnet causes electromagnetic effect .Finally current consists with this electomagnetic effect.
no. Not nesseicerally
Human eyes are.
The "twinkle" of human eyes is often attributed to the reflection of light from the cornea and the moisture on the surface of the eye, which creates a sparkling effect. Additionally, emotional factors such as happiness or excitement can cause the pupils to dilate and the eyes to appear brighter, enhancing this twinkling appearance. Overall, it's a combination of anatomical features and emotional states that contribute to the twinkling effect.
The area of a magnet with the strongest magnetic effect is typically the poles, specifically the tips of the magnet where the magnetic field lines are most concentrated and the magnetic force is strongest.
It is not. Otherwise, we would stick to a magnet (human body contains carbon)
The EFFECT of steel passing over a magnet can be detected and therefore recorded.
The effect a magnet has on an atom is dependent on the magnetic properties of the atom, such as its electron configuration and spin. Atoms with unpaired electrons are more likely to interact with a magnet and exhibit magnetic properties.