32S has 16 neutrons whilst 33S has 17. Please see the link.
Sulfur-33
19, because since you know sulfur has 16 protons because that's its atomic number. you do 35-16=19
-2 This is because there are 2 more electrons (18 e-) than protons (16 p+) Remember that the number of protons is always equal to the atomic number. Mass number 33 is of no importance for this answer. It is equal to the SUM of protons AND neutrons of this particular isotope (Sulfur-33, or 33S, <1% of all natural sulfur).
S with 17 neutrons and 16 protons has a mass number of 33 amu
Look at the periodic table of the elements to find the answer.You will find that the atomic number is 16, which means that it has 16 protons. Atomic weight is 32.065, which means that the most common isotope has atomic weight of 32. Subtract the 16 protons from the 32, which leaves 16 neutrons. The reason why the atomic weight is 32.065 rather than exactly 32.000 is because there are 25 known isotopes of sulfur with atomic weight of 26-49. 95% is S-32. About 4% is S-34, which has 18 neutrons. About 1% is S-33, with 17 neutrons.Although for most cases this being an usable answer, it is not correct in general and in essence. It won't work with Chlorine, mass 35.45, mass numbers: 35 and 37(!) and is not complete for Carbon, mass 12.00000 (standard) and isotopes 12 (99%) and 13 (1%)!Each isotope of sulfur (or other elements) has its own number of neutrons, not depending on its mass, but rather on its mass number (the mass number is the total (sum) of proton AND neutron number, which are both whole numbers (by definition).Sulfur has 25 known isotopes, four of which are stable:32S (95.02%) with 32-16 = 16 neutrons, (the mass of this isotope is 31.97207)33S (0.75%) with 33-16 = 17 neutrons, (the mass of this isotope is 32.97150)34S (4.21%) with 34-16 = 18 neutrons, (the mass of this isotope is 33.96787) and36S (0.014%) with 36-16 = 20 neutrons (the mass of this isotope is 35.96708)
Sulfur-32, Sulfur-33, Sulfur-34, Sulfur-36
The number 32 and 33 refer to the mass number. 32 and 33 are different isotopes of phosphorous and that means that they have different numbers of neutrons.
34S has 2 more neutrons than 32S.
Sulfur is a non metal element. There are 16 electrons in a single atom.
It is: 1
The isotope with a mass of 32 amu is the most abundant. This can be determined by comparing the atomic mass of sulfur (32.06 amu) to the masses of the isotopes. Since the atomic mass is closest to 32 amu, this isotope is the most abundant.
30, 32 and 34.
list the even numbers between 21 and 33 22, 24, 26, 28, 30, 32
33
The most stable isotope of sulfur (S-32) has 16 electrons, 16 protons and 16 neutrons.
(1 + 32)/2 = 33/2 = 16.5(1 + 32)/2 = 33/2 = 16.5(1 + 32)/2 = 33/2 = 16.5(1 + 32)/2 = 33/2 = 16.5
30, 32, 33, 34, 35