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Why is an iron ion attracted to sulfide ion but not a zinc ion?
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Why is an iron ion attracted to a sulfide ion not to a zinc ion?
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Why is an iron ion is attracted to a sulfide but not to a zinc ion?
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
How do you do the criss cross method when using a polyatomic ion?
When using the criss cross method with a polyatomic ion, simply treat the polyatomic ion as a single unit. Cross the charges of the cation and anion to determine the subscript of the other ion. Ensure to simplify the ratio by reducing to the lowest whole numbers.
What is an atom with charges?
It is called an ion.
How do you determine the charges of an aluminium ion on the periodic table?
Aluminium ion is Al3+.
How do you determine the charges of a sulphur ion on the periodic table?
The most common ion is S2-.
How do you write the chemical formulas of compounds with polyatomic ions?
To write the chemical formula of a compound with polyatomic ions, first determine the charge of each ion. Then, balance the charges by crisscrossing the numerical values of the charges to determine the subscripts of each ion in the formula. Finally, write the formula with the proper subscripts for each ion to balance the charges.
How do you write charges on ions?
To write charges on ions, you need to determine the number of electrons gained or lost by the ion. If an ion gains electrons, it becomes negatively charged, and if it loses electrons, it becomes positively charged. The charge is then written as a superscript next to the ion symbol.
How can you determine the sign and value of the charge on a polyatomic ion?
To determine the sign and value of the charge on a polyatomic ion, you need to look at the sum of the charges of the atoms that make up the ion. The charge is usually indicated in the chemical formula of the ion. If the ion has gained electrons, it will have a negative charge, and if it has lost electrons, it will have a positive charge.
How do we write ionic formulas?
To write ionic formulas, determine the charges of the ions involved, balance the charges to achieve a neutral compound, and then write the symbols of the ions with the appropriate subscripts to balance the charges. The cation (positive ion) is written first followed by the anion (negative ion) in the formula.
Why is an iron ion attracted to a sulfide ion not to a zinc ion?
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Why is an iron ion attracted to sulfide ion but not a zinc ion?
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Why is an iron ion is attracted to a sulfide ion but not a zinc ion?
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Why is an iron ion attracted to a sulfide ion but not to a zinc?
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Why is an iron ion is attracted to a sulfide but not to a zinc ion?
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Why is a negative ion attracted to a positive ion?
Because that is how the universe was made. The law of charges states that opposite charges attract.
