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What particle has a -3 charge and 36 electrons?
a bromine ion will have 36 electrons and a -1 charge
How does an atom of rubidium-85 become a rubidium ion with a 1 charge?
An atom of rubidium-85 becomes a rubidium ion with a 1 charge by losing one electron. Since rubidium-85 has 37 protons and 37 electrons, losing one electron would result in the ion having 37 protons and 36 electrons, giving it a net charge of +1.
How many electrons does Br1- have?
A Br1- ion has 36 electrons. Bromine (Br) normally has 35 electrons (according to its atomic number of 35), but since the ion has a negative charge of -1, it gains one extra electron, totaling 36 electrons.
How many electrons does a 37cl ion with a charge of 1 contain?
A 37Cl ion with a charge of 1+ has 18 electrons. This is because the neutral chlorine atom has 17 electrons, and since the ion has a positive charge of 1, it has lost 1 electron, resulting in a total of 18 electrons.
How many protons are in an ion with 10 electrons and a -1 charge?
There are 11 protons in an ion with 10 electrons and a -1 charge. The charge of an ion is defined by the difference between the number of protons and electrons. In this case, since the ion has a -1 charge, it means there is one more electron than the number of protons.
What particle has a -3 charge and 36 electrons?
a bromine ion will have 36 electrons and a -1 charge
How many protons are in an ion with 36 electrons and -1 charge?
35
Does bromine form an ion isoelectronic with krypton?
No, bromine forms an ion with a charge of -1. An ion isoelectronic with krypton would have the same number of electrons as krypton, which is 36 electrons.
How many electrons does Br1- have?
A Br1- ion has 36 electrons. Bromine (Br) normally has 35 electrons (according to its atomic number of 35), but since the ion has a negative charge of -1, it gains one extra electron, totaling 36 electrons.
How does an atom of rubidium-85 become a rubidium ion with a 1 charge?
An atom of rubidium-85 becomes a rubidium ion with a 1 charge by losing one electron. Since rubidium-85 has 37 protons and 37 electrons, losing one electron would result in the ion having 37 protons and 36 electrons, giving it a net charge of +1.
What is the charge of a ion that contains 22 protons and 21 electrons?
The charge of an ion is determined by the difference between the number of protons (positive charge) and electrons (negative charge). In this case, the ion would have a charge of +1 since it has 1 more proton than electrons.
What is the charge of an ion that gained electrons?
If the ion is positive, then the loss of an electron will result in the ion having one greater positive charge. (A +3 ion will be +4.) If the ion is negative, then the loss of an electron will result in the ion being one less negative than it was previously. (A -4 ion wil be -3. A -1 ion will be neutral and have a zero charge.)
How many electrons does a 37cl ion with a charge of 1 contain?
A 37Cl ion with a charge of 1+ has 18 electrons. This is because the neutral chlorine atom has 17 electrons, and since the ion has a positive charge of 1, it has lost 1 electron, resulting in a total of 18 electrons.
How many protons are in an ion with 10 electrons and a -1 charge?
There are 11 protons in an ion with 10 electrons and a -1 charge. The charge of an ion is defined by the difference between the number of protons and electrons. In this case, since the ion has a -1 charge, it means there is one more electron than the number of protons.
Why does CI have 18 electrons when its ion is -1 charge?
because chlorine has 17 protons contributing to a +17 charge, 18 electrons have a -18 charge, 17-18 = -1 which is the overall charge of the ion
A sodium ion has 11 protons and 10 electrons what is its charge?
A sodium ion with 11 protons and 10 electrons has a net charge of +1 because the number of protons (positive charge) is greater than the number of electrons (negative charge) by 1.
What is the charge on a hypothetical ion with 45 protons and 42 electrons?
It has 3 more protons than electrons. Protons are 1+ and electrons are 1-. So the charge on the hypothetical ion would be 3+
