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Why is fes unaffected by metal?
Fes, or iron(II) sulfide, is generally unaffected by metals because it is a compound formed from iron and sulfur, which do not readily react with other metals under normal conditions. The stability of the iron-sulfur bond in FeS makes it resistant to displacement reactions that might occur with more reactive metals. Additionally, the specific chemical properties of FeS contribute to its inertness in metal-rich environments.
What is chemical equation for FeS?
FeS is not a chemical equation but a chemical formula; FeS is the chemical formula of iron sulfide.
What are not likely to be affected by a magnet?
Organic materials such as plants and animals are almost unaffected by a magnet. In fact, one of the most powerful magnets you are ever likely to see is the electromagnet of a Magnetic Resonance Imaging (MRI) machine.
Will an objects weight affect whether or not it is attracted to the magnet?
The force of attraction between a magnet and another object is completely unaffected by the object's weight, color, texture, age, density, religion, political affiliation, or gender preference.
How would you separate marbles and steel magnetic paperclips using a magnet?
To separate marbles from steel magnetic paperclips using a magnet, first spread the mixture of marbles and paperclips on a flat surface. Then, hold a strong magnet above the mixture; the paperclips will be attracted to the magnet while the marbles will remain unaffected. Carefully lift the magnet, and the paperclips will cling to it, allowing you to easily remove them from the marbles. Finally, release the paperclips from the magnet into a separate container.
Why is fes unaffected by metal?
Fes, or iron(II) sulfide, is generally unaffected by metals because it is a compound formed from iron and sulfur, which do not readily react with other metals under normal conditions. The stability of the iron-sulfur bond in FeS makes it resistant to displacement reactions that might occur with more reactive metals. Additionally, the specific chemical properties of FeS contribute to its inertness in metal-rich environments.
Does a copper penny move away from a magnet?
No, copper is unaffected by any magnet you're likely to come across (although an extremely powerful magnet - something the size of, say, a car - would have some effect).
What substance can be used to separate a mixture of iron fillings and powdered sulfur?
A magnet can be used to separate iron fillings from powdered sulfur. Iron fillings are magnetic and will be attracted to the magnet, while sulfur is non-magnetic and will remain unaffected.
How powerful does a magnet need to be in order to erase memory from a DVD-R disc?
I don't think you'll find a powerful enough magnet; the DVD-R is an optical recording medium and is unaffected by magnetism.
When was Fes created?
Fes was created in 789.
What is the population of Fes?
Fes's population is 1,044,376.
What is chemical equation for FeS?
FeS is not a chemical equation but a chemical formula; FeS is the chemical formula of iron sulfide.
What are not likely to be affected by a magnet?
Organic materials such as plants and animals are almost unaffected by a magnet. In fact, one of the most powerful magnets you are ever likely to see is the electromagnet of a Magnetic Resonance Imaging (MRI) machine.
What will you observed when A magnet is rolled in a mixture of iron filling and sulfur powder?
The iron filings will be attracted to the magnet and stick to it due to their magnetic properties. The sulfur powder will remain unaffected as it is not magnetic. You will observe the separation of the iron filings from the sulfur powder as the magnet is rolled through the mixture.
Will an objects weight affect whether or not it is attracted to the magnet?
The force of attraction between a magnet and another object is completely unaffected by the object's weight, color, texture, age, density, religion, political affiliation, or gender preference.
What is turk headwear?
It was FES. Fes was red and like funnel.
How would you separate marbles and steel magnetic paperclips using a magnet?
To separate marbles from steel magnetic paperclips using a magnet, first spread the mixture of marbles and paperclips on a flat surface. Then, hold a strong magnet above the mixture; the paperclips will be attracted to the magnet while the marbles will remain unaffected. Carefully lift the magnet, and the paperclips will cling to it, allowing you to easily remove them from the marbles. Finally, release the paperclips from the magnet into a separate container.
