Analyze the provided table of results.

Analysis of the experimental data:

Observations from the table:

• The pulling force (F) increases from 0.5 N to 1 N as the number of weights increases (implied from trials 1 to 3).
• The distance (s) remains relatively consistent, around 0.10 m.
• The time (t) generally increases with the increase in pulling force, ranging from 1.8 s to 3.04 s.
• The work done (A) increases as the pulling force increases, from 0.050 J to 0.103 J. This is consistent with $$A = F \cdot s$$, as 'F' increases and 's' is roughly constant.
• The power (N) also generally increases with the pulling force, from 0.028 W to 0.034 W. This is consistent with $$N = A / t$$, where 'A' increases and 't' also increases. The increase in power is not linear due to the combined effect of changes in work and time.