Recall the trend of Pauling electronegativity

Electronegativity generally:

• increases across a period from left to right,
• decreases down a group from top to bottom, though there can be small exceptions.

Use approximate Pauling electronegativity values

Relevant values are:

• $\chi(\mathrm{Ga}) \approx 1.81$
• $\chi(\mathrm{Ge}) \approx 2.01$
• $\chi(\mathrm{Si}) \approx 1.90$
• $\chi(\mathrm{Al}) \approx 1.61$
• $\chi(\mathrm{Te}) \approx 2.10$
• $\chi(\mathrm{Se}) \approx 2.55$
• $\chi(\mathrm{P}) \approx 2.19$
• $\chi(\mathrm{S}) \approx 2.58$

Check each option

Option A: $\mathrm{Ga} < \mathrm{Ge}$

Compare: $1.81 < 2.01$ This is true.

Option B: $\mathrm{Si} < \mathrm{Al}$

Compare: $1.90 < 1.61$ This is false. In fact, $\mathrm{Si} > \mathrm{Al}$.

Option C: $\mathrm{Te} > \mathrm{Se}$

Compare: $2.10 > 2.55$ This is false. In fact, $\mathrm{Te} < \mathrm{Se}$.

Option D: $\mathrm{P} > \mathrm{S}$

Compare: $2.19 > 2.58$ This is false. In fact, $\mathrm{P} < \mathrm{S}$.

Conclusion

Only Option A is correct.

$\boxed{\text{A: } \mathrm{Ga} < \mathrm{Ge}}$

Comparison with stored correct answer

Stored correct answer: A

My derived answer: A

Hence, they agree.