Before the halftone process (introduced in 1881), photographs could not be directly reproduced in print media. Images in newspapers were limited to hand-drawn illustrations, woodcuts, and engravings. The halftone process converted continuous-tone photographs into a pattern of tiny dots of varying sizes, which could be printed alongside text using standard printing presses. This meant that for the first time, photographs could appear in newspapers and books, creating the conditions for photojournalism — the use of photographs to document news events and drive public opinion. Combined with improvements like dry plates, smaller portable cameras, and George Eastman's Kodak box camera (1888) with roll film, the halftone process transformed print journalism from a primarily word-based medium to a powerful visual medium, enabling photographic documentation of wars, social conditions, and major public events.

Step 1: Series groups to handle voltage

Each capacitor handles 300 V. For 1000 V: minimum capacitors in series = $\lceil 1000/300 \rceil = 4$ (since $3 \times 300 = 900 < 1000$, we need 4 in series).

4 capacitors in series gives capacitance $= \frac{1}{4}\ \mu\text{F}$ per row.

Step 2: Parallel rows to achieve 2 μF

Number of rows in parallel $= \frac{2}{1/4} = 8$ rows.

Total capacitors $= 4 \times 8 = \mathbf{32}$