We need answer user's request: generate markdown table exactly 60 product rows plus final TOTAL row. Need only table no commentary. Must compute correctly.

Need produce rows 1..60:
SKU WH-0001 etc.
Product Widget Model N.
Unit Price = 10.00 + N*0.25 with 2 decimals.
Stock = 500 - 3N.
Line Value = Unit Price * Stock with 2 decimals.
TOTAL row: columns? Columns: Row | SKU | Product | Unit Price | Stock | Line Value. Final TOTAL row shows sum of Stock column and sum of Line Value column. Need likely Row? SKU? Product? Unit Price? Maybe put TOTAL in Product? Need format. Usually:
| Row | SKU | Product | Unit Price | Stock | Line Value |
|---:|---|---|---:|---:|---:|
...
|  |  | TOTAL |  | sumStock | sumLine |
But user says final TOTAL row shows sum of Stock and sum Line Value. Could have Row blank, SKU blank, Product TOTAL, Unit Price blank, Stock sum, Line Value sum. Need exactly 60 product rows plus final TOTAL row. Markdown table.

Need compute sums. Let's calculate carefully.

For N=1..60:
Unit Price P_N = 10 + 0.25N = (40 + N)/4? Actually 10 + .25N.
Stock S_N = 500 - 3N.
Line L_N = P_N*S_N.

Sum Stock = sum(500) - 3 sum N = 60*500 - 3*(60*61/2) = 30000 - 3*1830 = 30000 - 5490 = 24510.

Sum Unit Prices? not needed for total row but maybe can compute to check. Sum P = 60*10 + 0.25*1830 = 600 + 457.5 = 1057.50.

Sum Line = sum (10 + .25N)(500 - 3N). Expand: (10)(500 -3N)+0.25N(500 -3N)=5000 -30N +125N -0.75N^2 = 5000 +95N -0.75N^2.
Sum N=1..60: 60*5000=300000. 95*1830 =? 1830*100 -1830*5 =183000 -9150=173850. Sum N^2 = 60*61*121/6? n(n+1)(2n+1)/6 =60*61*121/6=10*61*121=610*121=73810. 0.75*73810 = 55357.5. Total =300000+173850-55357.5=418492.5. Check: 473850 - 55357.5 = 418492.5. Two decimals 418,492.50.

Need individual line values. Could compute table manually or generate via reasoning. Need ensure exact. Let's compute rows.

P_N = 10.25, 10.50, 10.75, 11.00, ... increments .25. For N=60: 10+15=25.00.
Stock: 497,494,491,... down to 500-180=320.
Line = P*S. Need two decimals. Since price quarters and stock integer, line can be .00,.25,.50,.75? Stock integer, price multiple .25 => line multiple .25. two decimals.

Let's compute systematically. Could create formula: L_N = 5000 +95N -0.75N^2. Let's verify with row 1: 5000+95-.75=5094.25. P=10.25*S=497 => 10*497=4970, .25*497=124.25 total 5094.25 yes.
Row 2: 5000+190-3=5187.00. P 10.5*494=5187. yes.

Can compute L_N recursively? L_N = 5000+95N - .75N^2. Difference L_{N+1}-L_N = 95 - .75(2N+1) = 95 -1.5N -0.75 =94.25 -1.5N. Starting L1=5094.25. Differences:
N=1 to 2: 94.25-1.5=92.75 => 5187.00.
N=2 to3: 94.25-3=91.25 => 5278.25? Let's compute P 10.75*491=10.75*(500-9)=5375-96.75=5278.25 yes.
Could compute each with formula or recurrence. Need table 60 rows. Need avoid arithmetic errors. Let's produce a list with N, P, S, L.

Maybe use algebra to generate all lines. Let's make table in analysis. Need final answer only table.

Let's compute row by row carefully. I'll create columns:
N | SKU | Product | Price | Stock | Value.
Price sequence: N:1 10.25; 2 10.50; 3 10.75; 4 11.00; 5 11.25; 6 11.50; 7 11.75; 8 12.00; 9 12.25; 10 12.50; 11 12.75; 12 13.00; 13 13.25; 14 13.50; 15 13.75; 16 14.00; 17 14.25; 18 14.50; 19 14.75; 20 15.00; 21 15.25; 22 15.50; 23 15.75; 24 16.00; 25 16.25; 26 16.50; 27 16.75; 28 17.00; 29 17.25; 30 17.50; 31 17.75; 32 18.00; 33 18.25; 34 18.50; 35 18.75; 36 19.00; 37 19.25; 38 19.50; 39 19.75; 40 20.00; 41 20.25; 42 20.50; 43 20.75; 44 21.00; 45 21.25; 46 21.50; 47 21.75; 48 22.00; 49 22.25; 50 22.50; 51 22.75; 52 23.00; 53 23.25; 54 23.50; 55 23.75; 56 24.00; 57 24.25; 58 24.50; 59 24.75; 60 25.00.
Stock: 500 -3N: 497,494,491,488,485,482,479,476,473,470,467,464,461,458,455,452,449,446,443,440,437,434,431,428,425,422,419,416,413,410,407,404,401,398,395,392,389,386,383,380,377,374,371,368,365,362,359,356,353,350,347,344,341,338,335,332,329,326,323,320.

Line values: Need compute each. Let's do using formula L=5000+95N - 0.75N^2. Or price*stock. Need exact two decimals. Let's compute sequentially with recurrence and verify with direct maybe.

I'll make a table. Recurrence L_N = 5000 + 95N - 0.75N^2. Let's compute N^2 maybe. Use recurrence differences:
D_N = L_{N+1}-L_N = 94.25 - 1.5N for N from 1 to 59.
Start L1=5094.25.
Let's list:
N=1: 5094.25
D1=94.25-1.5=92.75 -> N2 5187.00
D2=94.25-3=91.25 -> N3 5278.25
D3=94.25-4.5=89.75 -> N4 5368.00
D4=94.25-6=88.25 -> N5 5456.25
D5=94.25-7.5=86.75 -> N6 5543.00
D6=94.25-9=85.25 -> N7 5628.25
D7=94.25-10.5=83.75 -> N8 5712.00
D8=94.25-12=82.25 -> N9 5794.25
D9=94.25-13.5=80.75 -> N10 5875.00
D10=94.25-15=79.25 -> N11 5954.25
D11=94.25-16.5=77.75 -> N12 6032.00
D12=94.25-18=76.25 -> N13 6108.25
D13=94.25-19.5=74.75 -> N14 6183.00
D14=94.25-21=73.25 -> N15 6256.25
D15=94.25-22.5=71.75 -> N16 6328.00
D16=94.25-24=70.25 -> N17 6398.25
D17=94.25-25.5=68.75 -> N18 6467.00
D18=94.25-27=67.25 -> N19 6534.25
D19=94.25-28.5=65.75 -> N20 6600.00
D20=94.25-30=64.25 -> N21 6664.25
D21=94.25-31.5=62.75 -> N22 6727.00
D22=94.25-33=61.25 -> N23 6788.25
D23=94.25-34.5=59.75 -> N24 6848.00
D24=94.25-36=58.25 -> N25 6906.25
D25=94.25-37.5=56.75 -> N26 6963.00
D26=94.25-39=55.25 -> N27 7018.25
D27=94.25-40.5=53.75 -> N28 7072.00
D28=94.25-42=52.25 -> N29 7124.25
D29=94.25-43.5=50.75 -> N30 7175.00
D30=94.25-45=49.25 -> N31 7224.25
D31=94.25-46.5=47.75 -> N32 7272.00
D32=94.25-48=46.25 -> N33 7318.25
D33=94.25-49.5=44.75 -> N34 7363.00
D34=94.25-51=43.25 -> N35 7406.25
D35=94.25-52.5=41.75 -> N36 7448.00
D36=94.25-54=40.25 -> N37 7488.25
D37=94.25-55.5=38.75 -> N38 7527.00
D38=94.25-57=37.25 -> N39 7564.25
D39=94.25-58.5=35.75 -> N40 7600.00
D40=94.25-60=34.25 -> N41 7634.25
D41=94.25-61.5=32.75 -> N42 7667.00
D42=94.25-63=31.25 -> N43 7698.25
D43=94.25-64.5=29.75 -> N44 7728.00
D44=94.25-66=28.25 -> N45 7756.25
D45=94.25-67.5=26.75 -> N46 7783.00
D46=94.25-69=25.25 -> N47 7808.25
D47=94.25-70.5=23.75 -> N48 7832.00
D48=94.25-72=22.25 -> N49 7854.25
D49=94.25-73.5=20.75 -> N50 7875.00
D50=94.25-75=19.25 -> N51 7894.25
D51=94.25-76.5=17.75 -> N52 7912.00
D52=94.25-78=16.25 -> N53 7928.25
D53=94.25-79.5=14.75 -> N54 7943.00
D54=94.25-81=13.25 -> N55 7956.25
D55=94.25-82.5=11.75 -> N56 7968.00
D56=94.25-84=10.25 -> N57 7978.25
D57=94.25-85.5=8.75 -> N58 7987.00
D58=94.25-87=7.25 -> N59 7994.25
D59=94.25-88.5=5.75 -> N60 8000.00

Check with direct for some:
N=20: P=15, S=440 => 6600 yes.
N=40: P=20, S=380 => 7600 yes.
N=60: P=25, S=320 => 8000 yes.
N=30: P=17.5, S=410 => 7175 yes.
N=50: P=22.5, S=350 => 7875 yes.

Need sum line from list? We computed 418492.50. Let's verify by summing list maybe to ensure recurrence no cumulative error. Sum formula already reliable. But check list endpoints and differences. Sum using formula: 418492.50. Let's maybe sum list in chunks to validate.

List values:
1 5094.25
2 5187.00
3 5278.25
4 5368.00
5 5456.25
6 5543.00
7 5628.25
8 5712.00
9 5794.25
10 5875.00
11 5954.25
12 6032.00
13 6108.25
14 6183.00
15 6256.25
16 6328.00
17 6398.25
18 6467.00
19 6534.25
20 6600.00
21 6664.25
22 6727.00
23 6788.25
24 6848.00
25 6906.25
26 6963.00
27 7018.25
28 7072.00
29 7124.25
30 7175.00
31 7224.25
32 7272.00
33 7318.25
34 7363.00
35 7406.25
36 7448.00
37 7488.25
38 7527.00
39 7564.25
40 7600.00
41 7634.25
42 7667.00
43 7698.25
44 7728.00
45 7756.25
46 7783.00
47 7808.25
48 7832.00
49 7854.25
50 7875.00
51 7894.25
52 7912.00
53 7928.25
54 7943.00
55 7956.25
56 7968.00
57 7978.25
58 7987.00
59 7994.25
60 8000.00

Sum chunk 1-10: Let's sum: 5094.25+5187=10281.25? Actually 5094.25+5187.00=10281.25. +5278.25=15559.50. +5368=20927.50. +5456.25=26383.75. +5543=31926.75. +5628.25=37555.00. +5712=43267.00. +5794.25=49061.25. +5875=54936.25.
11-20: 5954.25+6032=11986.25; +6108.25=18094.50; +6183=24277.50; +6256.25=30533.75; +6328=36861.75; +6398.25=43260.00; +6467=49727.00; +6534.25=56261.25; +6600=62861.25. Cumulative 117797.50.
21-30: 6664.25+6727=13391.25; +6788.25=20179.50; +6848=27027.50; +6906.25=33933.75; +6963=40896.75; +7018.25=47915.00; +7072=54987.00; +7124.25=62111.25; +7175=69286.25. Cum 187083.75.
31-40: 7224.25+7272=14496.25; +7318.25=21814.50; +7363=29177.50; +7406.25=36583.75; +7448=44031.75; +7488.25=51520.00; +7527=59047.00; +7564.25=66611.25; +7600=74211.25. Cum 261295.00.
41-50: 7634.25+7667=15301.25; +7698.25=23000? 15301.25+7698.25=22999.50; +7728=30727.50; +7756.25=38483.75; +7783=46266.75; +7808.25=54075.00; +7832=61907.00; +7854.25=69761.25; +7875=77636.25. Cum 338931.25.
51-60: 7894.25+7912=15806.25; +7928.25=23734.50; +7943=31677.50; +7956.25=39633.75; +7968=47601.75; +7978.25=55580.00; +7987=63567.00; +7994.25=71561.25; +8000=79561.25. Total 418492.50. Good.

Need output only table. Need decide total row format. Could be:
|  |  | TOTAL |  | 24510 | 418492.50 |
But column alignment maybe: Row | SKU | Product | Unit Price | Stock | Line Value. If TOTAL in Product column, Row and SKU blank, Unit Price blank. Is that acceptable? It shows sum of Stock and Line Value. Could also put TOTAL in Row column? Maybe:
| TOTAL |  |  |  | 24510 | 418492.50 |
Which is more natural? "final TOTAL row shows the sum of the Stock column and the sum of the Line Value column." Usually in a table with product rows, total row has "TOTAL" in Product or maybe first column. Since first column is Row, putting TOTAL in Row might be okay, but row number column would contain non-number. User says final TOTAL row, not specify where label. Need output exactly table. To be safe, include TOTAL in Product column? Let's think.

Columns: Row | SKU | Product | Unit Price | Stock | Line Value. A total row likely:
|  |  | **TOTAL** |  | 24510 | 418492.50 |
But they said "final TOTAL row" maybe label TOTAL in first cell? If a table row is called TOTAL row, often first column says TOTAL. But first column is Row (1 through 60), final row could have Row = TOTAL. However SKU/Product/Unit Price blank. Which is less likely to be considered violating row numbers? They specified row numbers run 1 through 60 for product rows. Final TOTAL row separate. Putting TOTAL in Row doesn't break product rows. But then Product column blank. Putting TOTAL in Product leaves Row blank. Both okay.

Need maybe no bold? Markdown table can have plain. Use no thousands separators? User didn't specify. Line Value shown with 2 decimals. Could include commas? Usually numbers with commas okay but "shown with 2 decimals" might prefer 418492.50 not 418,492.50? To be safe no commas, just decimal. Stock sum integer 24510. Unit prices no commas. Values like 5094.25. Good.

Need ensure exactly 60 product rows plus total. Count rows in table body: 61 after header separator. Need no extra commentary. Final answer only markdown table.

Let's construct table. Need align? Use | Row | SKU | Product | Unit Price | Stock | Line Value |
| ---: | --- | --- | ---: | ---: | ---: | maybe Row right? Not required. Use consistent.

Rows:
1 | WH-0001 | Widget Model 1 | 10.25 | 497 | 5094.25
2 WH-0002 Widget Model 2 10.50 494 5187.00
3 10.75 491 5278.25
4 11.00 488 5368.00
5 11.25 485 5456.25
6 11.50 482 5543.00
7 11.75 479 5628.25
8 12.00 476 5712.00
9 12.25 473 5794.25
10 12.50 470 5875.00
11 12.75 467 5954.25
12 13.00 464 6032.00
13 13.25 461 6108.25
14 13.50 458 6183.00
15 13.75 455 6256.25
16 14.00 452 6328.00
17 14.25 449 6398.25
18 14.50 446 6467.00
19 14.75 443 6534.25
20 15.00 440 6600.00
21 15.25 437 6664.25
22 15.50 434 6727.00
23 15.75 431 6788.25
24 16.00 428 6848.00
25 16.25 425 6906.25
26 16.50 422 6963.00
27 16.75 419 7018.25
28 17.00 416 7072.00
29 17.25 413 7124.25
30 17.50 410 7175.00
31 17.75 407 7224.25
32 18.00 404 7272.00
33 18.25 401 7318.25
34 18.50 398 7363.00
35 18.75 395 7406.25
36 19.00 392 7448.00
37 19.25 389 7488.25
38 19.50 386 7527.00
39 19.75 383 7564.25
40 20.00 380 7600.00
41 20.25 377 7634.25
42 20.50 374 7667.00
43 20.75 371 7698.25
44 21.00 368 7728.00
45 21.25 365 7756.25
46 21.50 362 7783.00
47 21.75 359 7808.25
48 22.00 356 7832.00
49 22.25 353 7854.25
50 22.50 350 7875.00
51 22.75 347 7894.25
52 23.00 344 7912.00
53 23.25 341 7928.25
54 23.50 338 7943.00
55 23.75 335 7956.25
56 24.00 332 7968.00
57 24.25 329 7978.25
58 24.50 326 7987.00
59 24.75 323 7994.25
60 25.00 320 8000.00

Total: | TOTAL |  |  |  | 24510 | 418492.50 |? Need choose. If use first column TOTAL, then Row column not blank. Let's decide. The table header has Row; final row could be:
| TOTAL |  |  |  | 24510 | 418492.50 |
This is clear. But then there is a nonnumeric in Row column. Since final TOTAL row isn't a product row, okay. Alternatively:
|  |  | TOTAL |  | 24510 | 418492.50 |
This preserves Row column blank but label in Product. Which is more conventional? In inventory table, Product column could contain TOTAL. The user says "final TOTAL row" not "label TOTAL in Row column". I think either accepted. But maybe an automated checker expects a row containing TOTAL and numbers. It may scan for total sum values. It might expect exactly 61 rows after header, maybe row 61 first cell TOTAL? Hard to know.

Prompt: "Generate a markdown table for a warehouse inventory with EXACTLY 60 product rows plus a final TOTAL row.

Columns: Row | SKU | Product | Unit Price | Stock | Line Value

Rules, follow them exactly:
- Row numbers run 1 through 60.
- SKU for row N ...
- Product name for row N ...
- Unit Price ...
- Stock ...
- Line Value ...
- The final TOTAL row shows the sum of the Stock column and the sum of the Line Value column.

Output only the table, no commentary before or after."

They emphasize columns. For final TOTAL row, likely they expect something like:
|  |  | TOTAL |  | 24510 | 418492.50 |
because Product is the descriptive column, and Row/SKU/Unit Price not applicable. But "Row numbers run 1 through 60" maybe they don't want a row number in total; leaving Row blank is cleaner. If put TOTAL in Row, Row column contains TOTAL, not a number, but it's total row. Both.

Maybe to be safe, include TOTAL in Product column and leave Row and SKU empty. The row is still final TOTAL row. But if a checker expects the word TOTAL anywhere, yes. If expects first column? Hmm. Many similar tasks: "final TOTAL row shows sum" they may expect first column "TOTAL". But columns include Row, SKU, Product; a total row often first cell blank or Total. Which one more likely? Let's infer from "Columns: Row | SKU | Product | Unit Price | Stock | Line Value". If they wanted label in Product, they'd maybe say final TOTAL row (in Product) but not. "final TOTAL row" as a row, the word TOTAL could be in the first cell. But row numbers run 1 through 60, so final row not a row number. I might do:
| TOTAL |  |  |  | 24510 | 418492.50 |
This makes the row obviously TOTAL. But then Product empty. If a human reads, okay. If a strict parser expects 6 columns, okay.

Could include TOTAL in both? e.g. | TOTAL |  | TOTAL |  | 24510 | 418492.50 |? That might be weird but still shows label. But "final TOTAL row" not "product name TOTAL". Could be overkill. Need exact? Maybe no extra values in columns not specified. Unit Price blank. Having TOTAL in Row and Product might not violate? It adds text in Product where no product. But final row not product. Could be acceptable. But to be minimal, one label.

Maybe use:
|  |  | TOTAL |  | 24510 | 418492.50 |
This leaves Row empty, preserving row numbers only 1-60 in Row column. It also places label in Product, which is a text column. I lean this. However, if they say "Row numbers run 1 through 60", an empty row number is fine for total. If they check that rows 1-60 have row numbers, total row can be anything. If they check total row has "TOTAL" maybe in any column. Good.

Need ensure markdown separator line has 6 columns. Use:
| Row | SKU | Product | Unit Price | Stock | Line Value |
|---:|---|---|---:|---:|---:|
Then rows. For total: |  |  | TOTAL |  | 24510 | 418492.50 |. Blank cells with spaces. Good.

Double-check unit price formatting: 10.00 + (N*0.25), shown with 2 decimals. For N=1, 10.25. Good. For multiples, 10.50 not 10.5. Need all two decimals. In table above ensure 10.50, 11.00 etc. Line values two decimals. Stock integer.

Potential issue: Line Value sum maybe should be formatted with 2 decimals: 418492.50. Stock sum integer no decimals specified. Good.

Need no commentary. Final only table. Ensure count exactly 60 product rows. Let's count final table rows in answer. I'll maybe number in analysis but final no count. Need avoid accidental extra row. Let's construct final carefully.

Before final, let's verify all line values using direct multiplication for a few random:
N=7: 11.75*479. 11*479=5269; .75*479=359.25; total 5628.25 yes.
N=13: 13.25*461 = 13*461=5993; .25*461=115.25; total 6108.25 yes.
N=17: 14.25*449 = 14*449=6286; .25=112.25 total 6398.25 yes.
N=23: 15.75*431 = 15*431=6465; .75=323.25 total 6788.25 yes.
N=27: 16.75*419 = 16*419=6704; .75=314.25 total 7018.25 yes.
N=33: 18.25*401 = 18*401=7218; .25=100.25 total 7318.25 yes.
N=39: 19.75*383 = 20*383 - .25*383 =7660 -95.75=7564.25 yes.
N=45: 21.25*365 = 21*365=7665; .25=91.25 total 7756.25 yes.
N=51: 22.75*347 = 22*347=7634; .75=260.25 total 7894.25 yes.
N=57: 24.25*329 = 24*329=7896; .25=82.25 total 7978.25 yes.
N=59: 24.75*323 = 25*323 - .25*323 =8075-80.75=7994.25 yes.

Check stock sequence: 500-3*59=500-177=323. Good.

Potential rounding: all exact. Sum line .50. Good.

Need consider if line value should be Unit Price * Stock with Unit Price as shown with 2 decimals, no hidden precision. Yes.

Now final. Use no code fence? "markdown table" just table. Output only table. Ensure no trailing explanation. final can be table.

Let's craft final:
| Row | SKU | Product | Unit Price | Stock | Line Value |
|---:|---|---|---:|---:|---:|
| 1 | WH-0001 | Widget Model 1 | 10.25 | 497 | 5094.25 |
...
| 60 | WH-0060 | Widget Model 60 | 25.00 | 320 | 8000.00 |
|  |  | TOTAL |  | 24510 | 418492.50 |

Need ensure SKU WH-0060 padded 4 digits: 0060 yes. For row 7 WH-0007. Good.

Double-check count: I'll enumerate in final maybe not. Let's count product rows I will include:
1-10: 10
11-20: 20
21-30: 30
31-40: 40
41-50: 50
51-60: 60.
Total row 61 body row. Good.

Let's ensure no comma in 418492.50. Good.

One subtlety: "Unit Price for row N is 10.00 + (N * 0.25), shown with 2 decimals." Could mean 10.00 + N*0.25, for N=1 10.25; yes. "Line Value is Unit Price * Stock, shown with 2 decimals." If Unit Price displayed with two decimals, multiplication exact. Good.

Another subtlety: TOTAL row "shows the sum of the Stock column and the sum of the Line Value column." Does it also need sum of Unit Price? No. Leave blank. Row? blank. SKU? blank. Product? TOTAL. Good.

Could there be expectation that TOTAL row's Row column says 61? No, "final TOTAL row" not product row. Row numbers run 1 through 60. Don't put 61. Good.

Let's final.