No. Since both capacitors have the same value, they each form a filter with the same cutoff frequency of 100 Hz. However, C2 forms a low-pass filter, which allows frequencies below 100 Hz, not above.

Yes. Since both capacitors have the same value, they both form a filter with the same cutoff frequency at 100Hz and will therefore allow anything above that to pass.

Yes. As calculated, C1 forms a high-pass filter with a cut-off frequency of 100Hz, and C2 forms a high-pass filter with RL, which has a cutoff frequency of ~300mHz. When combined, this circuit still allows all frequencies above 100Hz to pass.

No. As calculated, C1 forms a high-pass filter with a cut-off frequency of 100Hz, but C2 forms a low-pass filter with RL, which has a cutoff frequency of ~300mHz, stopping anything above ~300mHz from passing through the load.

Yes. As calculated, C1 forms a high-pass filter with a cut-off frequency of 100Hz, and C2 forms a high-pass filter with RL, which has a cutoff frequency of 100Hz. When combined, this circuit still allows all frequencies above 100Hz to pass.

No. As calculated, C1 forms a high-pass filter with a cut-off frequency of 100Hz, but C2 forms a low-pass filter with RL, which has a cutoff frequency of 100Hz, stopping anything above 100Hz from passing through the load.

Yes, as capacitors allow all frequencies >0 Hz (DC) to pass.