To determine which table best describes the parts of the atom, we need to compare the information given in each table with the correct information about subatomic particles.
The correct information about subatomic particles is as follows:
- Proton: Charge is positive (+), and it is located inside the nucleus.
- Electron: Charge is negative (-), and it is located outside the nucleus.
- Neutron: Charge is neutral (0), and it is located inside the nucleus.
Let’s analyze each table one by one:
### Table 1:
| Particle | Charge | Location |
|----------|--------|------------------|
| Proton | + | outside nucleus |
| Electron | 0 | outside nucleus |
| Neutron | - | inside nucleus |
- Proton: The charge is correct (+), but the location is incorrect (should be inside the nucleus).
- Electron: Both the charge (should be -) and the location (correct) are incorrect.
- Neutron: Both the charge (should be 0) and the location (correct) are incorrect.
### Table 2:
| Particle | Charge | Location |
|----------|--------|------------------|
| Proton | - | inside nucleus |
| Electron | 0 | outside nucleus |
| Neutron | - | inside nucleus |
- Proton: Both the charge (should be +) and the location (correct) are incorrect.
- Electron: Both the charge (should be -) and the location (correct) are incorrect.
- Neutron: Both the charge (should be 0) and the location (correct) are incorrect.
### Table 3:
| Particle | Charge | Location |
|----------|--------|------------------|
| Proton | 0 | outside nucleus |
| Electron | - | inside nucleus |
| Neutron | + | inside nucleus |
- Proton: Both the charge (should be +) and the location (should be inside nucleus) are incorrect.
- Electron: Both the charge (correct) and the location (should be outside nucleus) are incorrect.
- Neutron: The charge is incorrect (should be 0) and the location is correct.
Since none of the tables provide the correct information:
- Table 1 has one partially correct entry for the neutron.
- Table 2 has one correct entry for the location of the neutron.
- Table 3 has one correct entry for the location of the neutron.
However, none of the tables correctly match the given description for all subatomic particles.
Therefore, the table that best describes the parts of the atom is:
">> Not Available
There is no table that perfectly matches the correct properties and locations of subatomic particles.
