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Answer :
Sure, let's examine the question step by step.
Firstly, let's break down what the question is asking about Tin (which has the chemical symbol Sn):
1. Protons: The number of protons defines the element. Tin has an atomic number of 50, which means Tin has 50 protons.
2. Neutrons: To determine the number of neutrons in a specific isotope, you subtract the number of protons from the mass number of that isotope.
Now let’s refer to the provided data:
- Tin is specified as having 69 neutrons.
- Tin has 50 protons, as determined by its atomic number.
Based on the above information, let's verify each option given in the question:
### Option A:
- 69 neutrons and 50 protons.
- This matches our data: Tin does have 50 protons and an isotope of Tin has 69 neutrons.
### Option B:
- 69 neutrons and 49 protons.
- This is incorrect because Tin must have 50 protons, as its atomic number is 50.
### Option C:
- 69 neutrons and 50 electrons.
- For a neutral atom, the number of electrons equals the number of protons. Since Tin has 50 protons, it would indeed have 50 electrons in its neutral state. This matches our data.
### Option D:
- Both A and C are True.
- From our analysis, both A and C are indeed true.
Given the verification of each option, the correct answer is:
D. Both A and C are True.
Firstly, let's break down what the question is asking about Tin (which has the chemical symbol Sn):
1. Protons: The number of protons defines the element. Tin has an atomic number of 50, which means Tin has 50 protons.
2. Neutrons: To determine the number of neutrons in a specific isotope, you subtract the number of protons from the mass number of that isotope.
Now let’s refer to the provided data:
- Tin is specified as having 69 neutrons.
- Tin has 50 protons, as determined by its atomic number.
Based on the above information, let's verify each option given in the question:
### Option A:
- 69 neutrons and 50 protons.
- This matches our data: Tin does have 50 protons and an isotope of Tin has 69 neutrons.
### Option B:
- 69 neutrons and 49 protons.
- This is incorrect because Tin must have 50 protons, as its atomic number is 50.
### Option C:
- 69 neutrons and 50 electrons.
- For a neutral atom, the number of electrons equals the number of protons. Since Tin has 50 protons, it would indeed have 50 electrons in its neutral state. This matches our data.
### Option D:
- Both A and C are True.
- From our analysis, both A and C are indeed true.
Given the verification of each option, the correct answer is:
D. Both A and C are True.
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