question 6 of 10 which of the following correctly compares the sulfur isotopes $^{32}s$ and $^{35}s$? a…

question 6 of 10 which of the following correctly compares the sulfur isotopes $^{32}s$ and $^{35}s$? a. $^{32}s$ has 32 neutrons, whereas $^{35}s$ has 35 neutrons. b. $^{32}s$ has 32 protons, whereas $^{35}s$ has 35 protons. c. $^{32}s$ has 16 protons, whereas $^{35}s$ has 19 protons. d. $^{32}s$ has 16 neutrons, whereas $^{35}s$ has 19 neutrons.

question 6 of 10 which of the following correctly compares the sulfur isotopes $^{32}s$ and $^{35}s$? a. $^{32}s$ has 32 neutrons, whereas $^{35}s$ has 35 neutrons. b. $^{32}s$ has 32 protons, whereas $^{35}s$ has 35 protons. c. $^{32}s$ has 16 protons, whereas $^{35}s$ has 19 protons. d. $^{32}s$ has 16 neutrons, whereas $^{35}s$ has 19 neutrons.

Answer

Explanation:

Step1: Recall sulfur's atomic number

Sulfur (S) has an atomic number of 16, which means the number of protons in sulfur - isotopes is 16.

Step2: Calculate neutrons in (^{32}S)

The mass - number of (^{32}S) is 32. Using the formula Mass number = Protons+Neutrons, for (^{32}S), Neutrons = Mass number - Protons. So, neutrons in (^{32}S=32 - 16=16).

Step3: Calculate neutrons in (^{35}S)

The mass - number of (^{35}S) is 35. Using the formula Mass number = Protons + Neutrons, for (^{35}S), Neutrons = Mass number - Protons. So, neutrons in (^{35}S=35 - 16 = 19).

Answer:

D. (^{32}S) has 16 neutrons, whereas (^{35}S) has 19 neutrons.