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What is the mass no of lead?
The mass number of lead (Pb) varies depending on the isotope. The most stable and abundant isotope is lead-207, which has a mass number of 207. Other common isotopes include lead-206 and lead-208, with mass numbers of 206 and 208, respectively. The mass number represents the total number of protons and neutrons in the nucleus of an atom.
How many protons P and neutrons are there in a nucleus are present in a Pb nucleus of atomic mass of 206?
The atomic number of lead is 82. The number of neutrons in an isotope is always the difference between the isotopic mass number and the atomic number. In this instance, 206 - 82 = 124.
What is the mass and atomic number of 206Pb?
you have awnsered your own question, lead 206 is an isotope of lead that is stable, the atomic number is 82.
What is the neutron proton ratio for the nucleus 206 82Pb?
The neutron-proton ratio for the nucleus of lead-206 ((^{206}_{82}\text{Pb})) can be calculated by determining the number of neutrons and protons. Lead-206 has 82 protons (as indicated by the atomic number) and 124 neutrons (calculated as 206 - 82). Thus, the neutron-proton ratio is 124 neutrons to 82 protons, which simplifies to approximately 1.51.
What is the mass number of the element lead?
I cannot answer this question.
How many protons P and neutrons are there in a nucleus are present in a Pb nucleus of atomic mass of 206?
The atomic number of lead is 82. The number of neutrons in an isotope is always the difference between the isotopic mass number and the atomic number. In this instance, 206 - 82 = 124.
What is the mass and atomic number of 206Pb?
you have awnsered your own question, lead 206 is an isotope of lead that is stable, the atomic number is 82.
What is the mass number of Pb82?
The mass number of an element is the sum of its protons and neutrons in the nucleus. Since lead (Pb) has an atomic number of 82, the mass number would be the total of protons and neutrons in a lead atom, which can vary based on the isotope.
Lead-210 and lead-206 are different of lead?
isotopes
What is the mass number lead?
Lead is a metal element. Atomic mass of it is 207.
How many electrons dose lead 207 have?
This is actually a very, very easy question to answer. Now, all atoms of the same element have the same number of protons. Otherwise, they wouldn't be the same element. For instance, if lead had one more proton, it would be bismuth, a non-toxic shiny metalloid. If it had one less, it would be thallium: a deadly poison which was only recently found. Lead has 82 protons. When the number is given by an element name (e.g. lead-204), it is also showing the atom's nucleus' mass number. Natural lead contains lead-204, lead-206, lead-207, and lead-208. Each of these contains the same number of protons, but different numbers of neutrons, hence the mass difference. To find the number of neutrons, N, we subtract the number of protons, Z, from the mass number, A. So, 204 - 82 = 122. Lead-204 contains 122 neutrons.
What is the mass number of the element lead?
I cannot answer this question.
What is the neutron proton ratio for the nucleus 206 82Pb?
The neutron-proton ratio for the nucleus of lead-206 ((^{206}_{82}\text{Pb})) can be calculated by determining the number of neutrons and protons. Lead-206 has 82 protons (as indicated by the atomic number) and 124 neutrons (calculated as 206 - 82). Thus, the neutron-proton ratio is 124 neutrons to 82 protons, which simplifies to approximately 1.51.
What is the number of atomic mass in lead?
Lead is a meta element. Atomic mass of it is 207.
What If there are 128 neutrons in Pb 210 how many neutrons are found in the nucleus of Pb 206?
Lead-210 has 82 protons, so 128 - 82 = 46 neutrons in Pb-210. Lead-206 has 82 protons, so since it's a different isotope, the number of neutrons will differ. Lead-206 has 206 - 82 = 124 neutrons.
What is leads mass number?
Stable isotopes are 204, 206, 207, and 208. Average is 207.2.
What daughter product is produced when thallium-206 an isotope of thallium undergoes beta minus decay?
This isotope is lead-206.
