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Chlorine is very electronegative and pulls on the hydrogen's single electron, forming a positive end where the Hydrogen atom is, and a negative charge where the Chlorine is. This is because the Chlorine pulls much harder on the electron than Hydrogen does.
A potassium atom "always" loses exactly one valence electron when it reacts with another element, because one valence electron in a potassium atom has a much lower ionization energy requirement than any other electron in the same atom. (This property is generally ascribed to the fact that when a potassium loses exactly one electron, it acquires the very stable electron configuration of the noble gas argon.) A chlorine atom has a very strong attraction (its electronegativity) for exactly one electron, which gives the charged atom the electron configuration of an argon atom. Therefore, when a potassium atom is close enough to a chlorine atom, one electron is transferred between to form an ionic bond and a formula unit of the compound potassium chloride.
No, a chlorine molecule is much smaller than the wavelength of visible light, so it cannot be seen with a standard light microscope. Special equipment like electron microscopes would be needed to visualize molecules at that scale.
Chlorine has a higher ionization energy than sodium because chlorine has a smaller atomic size and higher effective nuclear charge, making it more difficult to remove an electron. Sodium, on the other hand, has a larger atomic size and lower effective nuclear charge, making it easier to remove an electron and requiring less energy.
There is no direct conversion between liquid chlorine and chlorine tablets because they come in different forms and concentrations. It's best to follow the manufacturer's instructions on how much liquid chlorine is needed to achieve the same sanitation level as a 3-inch chlorine tablet in your specific pool or spa.
I had a science question that asked: An electron ______ is the chemical symbol for the element surrounded by as many dots as there are electrons in its outer energy level. That is pretty much the same as yours. I put dot diagram... Meaning electron dot diagram
I had a science question that asked: An electron ______ is the chemical symbol for the element surrounded by as many dots as there are electrons in its outer energy level. That is pretty much the same as yours. I put dot diagram... Meaning electron dot diagram
i need to know this information and much more information for school. and i wish you can help me on it. what does a dot diagram show? what are two things a dot diagram must show? how can the group number help in determining the number of valence electrons? what is true for the dot diagram for every element in a group? what is helium's dot diagram? why is helium's dot diagram different? what do electron configurations show? how is the total number of electrons for an aton determined? what do all the number in the electron configuration equal to? why is knowing the period an element is in necessary to write a correct electron configuration? what does the group number tell us about the electron configuration? what are the electron configurations of Lithium (Li), Carbon (C), Magnesium (Mg), Silicon (Si), Chlorine (Cl), Potassium (K)?
' I love you so much , Chlorine, that I am going to give you my outer valance electron. '
Chlorine is a nonmetal. It is only one electron short of a noble gas electron configuration and is much more likely to abstract an electron from some other element than to donate one to some other element.
Chlorine is very electronegative and pulls on the hydrogen's single electron, forming a positive end where the Hydrogen atom is, and a negative charge where the Chlorine is. This is because the Chlorine pulls much harder on the electron than Hydrogen does.
Chlorine can form anions by gaining one electron to achieve a full outer shell of electrons. This extra electron gives the chlorine atom a negative charge, resulting in the formation of the chloride ion (Cl-).
A potassium atom "always" loses exactly one valence electron when it reacts with another element, because one valence electron in a potassium atom has a much lower ionization energy requirement than any other electron in the same atom. (This property is generally ascribed to the fact that when a potassium loses exactly one electron, it acquires the very stable electron configuration of the noble gas argon.) A chlorine atom has a very strong attraction (its electronegativity) for exactly one electron, which gives the charged atom the electron configuration of an argon atom. Therefore, when a potassium atom is close enough to a chlorine atom, one electron is transferred between to form an ionic bond and a formula unit of the compound potassium chloride.
Because it donated it's valance electron to chlorine because of chlorine's much greater electronegativity. Na + and Cl - form NaCl Sodium chloride
Chlorine (Cl) would gain an electron in sodium chloride (NaCl) to achieve a full outer electron shell and attain a stable octet configuration, following the octet rule. By gaining an electron, chlorine becomes a chloride ion with a full outer shell, creating an ionic bond with the sodium cation to form a stable compound.
when you start to spot ,how much can you and are they little dots when you start to spot ,how much can you and are they little dots
No, a chlorine molecule is much smaller than the wavelength of visible light, so it cannot be seen with a standard light microscope. Special equipment like electron microscopes would be needed to visualize molecules at that scale.