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What are the isotopes of chlorine and what is the difference between them?
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∙ 10y ago
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∙ 10y ago
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What is the difference in atomic structure between two isotopes of chlorine?
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What is the difference between the atomic structure of the chlorine 35 and chlorine 37 isotopes?
A nucleus of the Cl-37 isotope contains two more neutrons than a nucleus of the Cl-35 isotope.
How many chlorine has isotopes?
Chlorine has a lot of different isotopes but the 2 stable ones are chlorine 35 and chlorine 37
What is the difference between spa chlorine and Pool chlorine?
nada
Whats the difference between chlorine 35 and chlorine 37?
Chlorine-37 has more neutrons in it than Chlorine 35
What is the difference in atomic structure between two isotopes of chlorine?
going home having a coco and heading back to sleep
Will chlorine of mass number 35 and 37 have different valencies Justify your answer?
No. The difference between these two isotopes of chlorine is in the number of neutrons that their nuclei have, while chemical properties are determined almost solely by the numbers and configurations of electrons in neutral atoms, which are the same for both isotopes of chlorine.
What is the difference between chlorine 35 and chlorine 37?
The electron structure of the two isotopes is the same. They differ in the number of neutrons in the nucleus- 37Cl has two more than 35Cl
What is the difference between the atomic structure of the chlorine 35 and chlorine 37 isotopes?
A nucleus of the Cl-37 isotope contains two more neutrons than a nucleus of the Cl-35 isotope.
How many chlorine has isotopes?
Chlorine has a lot of different isotopes but the 2 stable ones are chlorine 35 and chlorine 37
Where does the 0.5 in chlorine's atomic mass come from?
The atomic mass of chlorine is a weighted average of the masses of all its naturally occurring isotopes, taking into account their abundance. Chlorine has two main isotopes, chlorine-35 (with an atomic mass of approximately 34.97) and chlorine-37 (with an atomic mass of approximately 36.97). The 0.5 difference in the atomic mass comes from the relative abundance of these isotopes in nature.
What is the relationship between chlorine-35 and chlorine-37?
They are both atoms, both isotopes, and both have 17 protons :)
What is the difference between spa chlorine and Pool chlorine?
nada
What is the difference between 35Cl and 37Cl?
Their number of neutrons. Chlorine 35 and Chlorine 37, What is the difference? Basically, they are both chlorine. They are not distinguished as 2 different elements because they consist of the same number of protons. The atomic number, aka proton number, is what differs between elements. The 2 of them are isotopes of the same element. The number 35 and 37 represents their mass number, which is the number of protons + number of neutrons. Hence, we can see that Chlorine 37 has 2 more neutrons compared to Chlorine 35. What is different then? Isotopes of the same element are identical. A heavier isotope might tend to react slower than a lighter one, which in this case, Chlorine 37 is the heavier one. Isotopes with more neutrons also have better nuclear stability. Isotopes also differ in abundance in nature. Chlorine 35 has an abundance of 75.53%. As chlorine only exist in 2 isotopes, the rest of chlorine found will be Chlorine 37, meaning that it will have an abundance percentage of 24.47%.
What is the nature of isotopes?
Isotopes have the same atomic number and different mass. This difference is due to different number of neutrons in them. That is why the mass of chlorine comes to be 35.5, a fraction.
What is the difference between isotopes and a radioisotope?
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How are isotopes shown?
Isotope can be referred to as the different versions of the SAME ELEMENT. Such as Chlorine has isotopes of Chlorine - 35 and Chlorine - 37. This will just cause the difference in mass numbers because of the difference in neutrons. Chlorine -35 has 17 protons, 17 electrons and 18 neutrons making it to have a mass number of 35 and Chlorine - 37 has 17 protons, 17 electrons and 19 neutrons making it to have a mass number of 39. Some isotopes can be used in normal chemical reactions but some cannot.
