116/15 cannot be simplified further.116/15 cannot be simplified further.116/15 cannot be simplified further.116/15 cannot be simplified further.
3.7 = 37/10 which cannot be simplified further.3.7 = 37/10 which cannot be simplified further.3.7 = 37/10 which cannot be simplified further.3.7 = 37/10 which cannot be simplified further.
4 cannot be simplified further.
You cannot, without further information.
736 cannot be simplified further.
I cannot remember for sure, but in an electromagnet, an aluminum core would not have any permeability to add to the electromagnet's strength. An electromagnet is more efficient when a thicker core is used; it generates more power. The material you use should be prone to magnetism, as in attracted by permanent magnetic apparatuses or the such. So, an aluminum bar/core (cannot be magnetized), like you stated, wouldn't be the best choice for your magnet's core.
Silver is a non-magnetic metal, which means it cannot be magnetized like iron or steel. The electrons in silver atoms are arranged in such a way that they do not create a magnetic field.
It will depend on the voltage of the electromagnet. If it does not have enough voltage, then it cannot life 3kg.
116/15 cannot be simplified further.116/15 cannot be simplified further.116/15 cannot be simplified further.116/15 cannot be simplified further.
3/4 cannot be simplified further.3/4 cannot be simplified further.3/4 cannot be simplified further.3/4 cannot be simplified further.
Gold is not magnetic. It is a non-magnetic material, meaning it does not have magnetic properties and cannot be magnetized.
3.7 = 37/10 which cannot be simplified further.3.7 = 37/10 which cannot be simplified further.3.7 = 37/10 which cannot be simplified further.3.7 = 37/10 which cannot be simplified further.
An electromagnet cannot pick up materials that are not attracted to magnetic fields, such as plastic, wood, or glass. It also cannot pick up materials that are too heavy for the strength of the magnet. Additionally, the object may need to be within the magnetic field's range for successful pickup.
No, a non-magnetic drill collar cannot be magnetized because it is specifically designed to have low magnetic permeability. This property helps reduce interference with directional drilling tools that rely on magnetic measurements to navigate the wellbore.
Magnetic materials are materials that can be magnetized and can create a magnetic field, such as iron and nickel. Non-magnetic materials do not respond to magnetic fields and cannot be magnetized, such as wood and plastic.
Uranium is not magnetic in its natural state. However, certain isotopes of uranium can be paramagnetic under specific conditions.
Using an iron core in an electromagnet increases the strength of the magnetic field produced. The iron core helps concentrate and direct the magnetic flux lines, resulting in a more powerful magnetic attraction compared to an electromagnet without an iron core.