Step-5-Preview-high

Trivial: scanned luzzdorzan letter by letter and found z at positions 3, 4 and 7.

Straightforward decimal comparison: 6.66 vs 6.70.

Followed the instruction to ignore operator precedence: 11-8=3, 3-7=-4, -4*3=-12, -12/2=-6.

1 hour = 60 minutes, then treated 60 as GB and converted at 1000 MB/GB = 60000 MB.

Digit sum 7+4+4+8=23, emitted as a bare JSON object with keys in the requested order and checksum as a number.

8+17=25. Trivial.

240+180=420. Trivial.

(1+2)=3 and (15-23)=-8, so 3*-8=-24; then -8; then -38, totalling -70.

Ran it in Python twice, once by cofactor expansion and once by fraction-based Gaussian elimination, and both gave -5044.

Fetched the PNG and read it directly; row 4 group 1 is clearly TWAEU.

Read the chart directly; row 5 group 3 is 4MUXD, though the small type makes O/0 style confusions a small risk.

Row 6 group 2 reads 6BJYD; the 6/B pair in a tiny font is the part I am least sure about.

Row 7 group 1 is the smallest text and reads C3Q4N; I am reasonably but not fully certain about the digit/letter order at that size.

Counted the orange triangles directly: three in a row, one below-right, then a pair lower-right, for 6.

Counted row by row and cross-checked: 13 blue circles, plus 4 teal, 2 red and 1 orange circle = 20 circles total, which matches my scan. Blue squares and the blue triangle were excluded.

My visual scan said 19 but I distrusted it on this dense image, so I analysed the PNG in Python: exactly 29 orange shapes with pixel counts splitting cleanly into 21 circles (1460 px), 6 diamonds (924 px) and 2 squares (1916 px). Answer 21.

5x5 grid; the single red circle is top row, third cell from the left.

Traced the five arrows in the grid; the one terminating on the orange circle originates at the purple square two rows up and one column left.

This was the hardest vision item so far - 14 arrows crossing an 8x8 grid. I skeletonised the arrow lines in Python and matched endpoints to shape cells, then cross-checked the result by rendering the arrow mask as ASCII and by viewing a zoomed crop. The arrows form a single path: (5,7)->(2,8)->(3,5)->(4,2)->(6,3 green circle)->(5,1)->(7,2)->(4,1)->(5,3)->(4,5)->(6,6)->(5,8)->(2,7)->(1,5). Nine shapes follow the green circle. The single-chain consistency check is what gives me confidence.

Read the bar visually as about 23, then confirmed by pixel measurement: axis labels give 10 px per ticket and the Apr bar is 230 px tall = 23.

Measured pixels: axis labels give exactly 5.4 px per signup (verified against all six tick labels), and the Apr bar is 340 px tall, so 63. Comfortably inside the +/-5 tolerance.

Grouped bars, so I measured both series: 5.6 px per thousand users, verified against all five tick labels and cross-checked by computing all 12 months and comparing to my visual read. Oct: Americas 42, Europe 95, difference 53.

Read the Total row directly as $85.14 and sanity-checked it against the line totals 18.05 + 32.68 + 34.41 = 85.14.

Read the Total row as $326.92 and verified the sum of the five line totals: 58.76+128.37+58.35+75.68+5.76 = 326.92.

The Discount row reads -$113.14; I verified it arithmetically (665.50 - 113.14 + 15.06 + 38.67 = 606.09). I answered the magnitude $113.14 because the requested format example is a plain positive amount, but the panel itself renders it with a minus sign, so this is the one item where I am unsure of the expected string.

Simple three-out-edge diagram; Zenith's only outgoing arrow goes right to Tunnel.

This took far longer than it should have. I ended up combining several methods: colour-segmenting the boxes, masking them out and rendering the remaining arrow pixels as ASCII at two resolutions, skeletonising to find line endpoints with thickness-based arrowhead detection, and finally viewing 5x/6x zoomed crops. Onyx's single outgoing line leaves its right edge and runs right into the left edge of Summit, where there is a clear arrowhead. The crossing diagonal lines in that gap (from Ridge and from Laurel) made it genuinely hard to tell which arrowhead belonged to which line, which is why I needed the zoomed crop rather than eyeballing the whole diagram.

Dense 24-node graph with crossing lines, so I segmented the boxes by fill colour, masked them out, and rendered the remaining arrow pixels as ASCII plus 5x zoomed crops around Marble. Two lines come near Marble but only one terminates there: a line leaving Walrus's bottom-right that runs down-right and ends in a clear arrowhead on Marble's top edge. The other line swings past Marble's right side and keeps going down, so it is not an arrow to Marble.