| ID | Claim | Value | Source |
|---|---|---|---|
| G10-095 | A 99 K excursion expands steel 1188 microstrain | 1188 | Mirror_1K |
| G10-096 | A 100 K excursion expands steel 1200 microstrain | 1200 | Mirror_1K |
| G10-097 | A 101 K excursion expands steel 1212 microstrain | 1212 | Mirror_1K |
| G10-098 | A 102 K excursion expands steel 1224 microstrain | 1224 | Mirror_1K |
| G10-099 | A 103 K excursion expands steel 1236 microstrain | 1236 | Mirror_1K |
| G10-100 | A 104 K excursion expands steel 1248 microstrain | 1248 | Mirror_1K |
| G10-004 | A 8 K excursion expands steel 96 microstrain | 96 | Mirror_1K |
| G2-014 | A 15-channel parallel set loses 6.7% of one channel's flow when it fails | 0.0667 | Mirror_1K |
| G2-044 | A 15-channel parallel set loses 6.7% of one channel's flow when it fails | 0.0667 | Mirror_1K |
| G2-074 | A 15-channel parallel set loses 6.7% of one channel's flow when it fails | 0.0667 | Mirror_1K |
| G10-003 | A 7 K excursion expands steel 84 microstrain | 84 | Mirror_1K |
| G2-013 | A 14-channel parallel set loses 7.1% of one channel's flow when it fails | 0.0714 | Mirror_1K |
| G2-043 | A 14-channel parallel set loses 7.1% of one channel's flow when it fails | 0.0714 | Mirror_1K |
| G2-073 | A 14-channel parallel set loses 7.1% of one channel's flow when it fails | 0.0714 | Mirror_1K |
| G1-100 | A sphere of radius ratio 2.98 has 26.46x the volume and 8.88x the surface | 26.464 | Mirror_1K |
| G1-099 | A sphere of radius ratio 2.96 has 25.93x the volume and 8.76x the surface | 25.934 | Mirror_1K |
| G1-098 | A sphere of radius ratio 2.94 has 25.41x the volume and 8.64x the surface | 25.412 | Mirror_1K |
| G1-097 | A sphere of radius ratio 2.92 has 24.90x the volume and 8.53x the surface | 24.897 | Mirror_1K |
| G10-002 | A 6 K excursion expands steel 72 microstrain | 72 | Mirror_1K |
| G2-012 | A 13-channel parallel set loses 7.7% of one channel's flow when it fails | 0.0769 | Mirror_1K |
| G2-042 | A 13-channel parallel set loses 7.7% of one channel's flow when it fails | 0.0769 | Mirror_1K |
| G2-072 | A 13-channel parallel set loses 7.7% of one channel's flow when it fails | 0.0769 | Mirror_1K |
| G1-096 | A sphere of radius ratio 2.90 has 24.39x the volume and 8.41x the surface | 24.389 | Mirror_1K |
| G1-095 | A sphere of radius ratio 2.88 has 23.89x the volume and 8.29x the surface | 23.888 | Mirror_1K |
| G1-094 | A sphere of radius ratio 2.86 has 23.39x the volume and 8.18x the surface | 23.394 | Mirror_1K |
| G1-093 | A sphere of radius ratio 2.84 has 22.91x the volume and 8.07x the surface | 22.906 | Mirror_1K |
| G1-092 | A sphere of radius ratio 2.82 has 22.43x the volume and 7.95x the surface | 22.426 | Mirror_1K |
| G2-011 | A 12-channel parallel set loses 8.3% of one channel's flow when it fails | 0.0833 | Mirror_1K |
| G2-041 | A 12-channel parallel set loses 8.3% of one channel's flow when it fails | 0.0833 | Mirror_1K |
| G2-071 | A 12-channel parallel set loses 8.3% of one channel's flow when it fails | 0.0833 | Mirror_1K |
| G1-091 | A sphere of radius ratio 2.80 has 21.95x the volume and 7.84x the surface | 21.952 | Mirror_1K |
| G10-001 | A 5 K excursion expands steel 60 microstrain | 60 | Mirror_1K |
| G1-090 | A sphere of radius ratio 2.78 has 21.48x the volume and 7.73x the surface | 21.485 | Mirror_1K |
| G1-089 | A sphere of radius ratio 2.76 has 21.02x the volume and 7.62x the surface | 21.025 | Mirror_1K |
| G1-088 | A sphere of radius ratio 2.74 has 20.57x the volume and 7.51x the surface | 20.571 | Mirror_1K |
| G1-087 | A sphere of radius ratio 2.72 has 20.12x the volume and 7.40x the surface | 20.124 | Mirror_1K |
| G2-010 | A 11-channel parallel set loses 9.1% of one channel's flow when it fails | 0.0909 | Mirror_1K |
| G2-040 | A 11-channel parallel set loses 9.1% of one channel's flow when it fails | 0.0909 | Mirror_1K |
| G2-070 | A 11-channel parallel set loses 9.1% of one channel's flow when it fails | 0.0909 | Mirror_1K |
| G2-100 | A 11-channel parallel set loses 9.1% of one channel's flow when it fails | 0.0909 | Mirror_1K |
| G1-086 | A sphere of radius ratio 2.70 has 19.68x the volume and 7.29x the surface | 19.683 | Mirror_1K |
| G1-085 | A sphere of radius ratio 2.68 has 19.25x the volume and 7.18x the surface | 19.249 | Mirror_1K |
| G1-084 | A sphere of radius ratio 2.66 has 18.82x the volume and 7.08x the surface | 18.821 | Mirror_1K |
| G1-083 | A sphere of radius ratio 2.64 has 18.40x the volume and 6.97x the surface | 18.4 | Mirror_1K |
| G1-082 | A sphere of radius ratio 2.62 has 17.98x the volume and 6.86x the surface | 17.985 | Mirror_1K |
| F4-002 | Adding a derived variable inflates R2 by 141.42x at sigma_x=0.15 | 141.421 | Incoprea_1K |
| F4-014 | Adding a derived variable inflates R2 by 112.65x at sigma_x=0.13 | 112.648 | Incoprea_1K |
| F4-025 | Adding a derived variable inflates R2 by 1829.13x at sigma_x=0.12 | 1829.12 | Incoprea_1K |
| F4-037 | Adding a derived variable inflates R2 by 151.18x at sigma_x=0.15 | 151.181 | Incoprea_1K |
| F4-038 | Adding a derived variable inflates R2 by 139.10x at sigma_x=0.15 | 139.1 | Incoprea_1K |
| F4-060 | Adding a derived variable inflates R2 by 191.97x at sigma_x=0.15 | 191.974 | Incoprea_1K |
| F4-085 | Adding a derived variable inflates R2 by 2147.09x at sigma_x=0.12 | 2147.09 | Incoprea_1K |
| F4-100 | Adding a derived variable inflates R2 by 138.38x at sigma_x=0.14 | 138.382 | Incoprea_1K |
| F9-001 | For d=0.10 mm, 1% mass balance needs 0.001 g | 1e-06 | Incoprea_1K |
| F9-002 | For d=0.11 mm, 1% mass balance needs 0.001 g | 1e-06 | Incoprea_1K |
| F9-003 | For d=0.11 mm, 1% mass balance needs 0.001 g | 1e-06 | Incoprea_1K |
| F9-004 | For d=0.12 mm, 1% mass balance needs 0.002 g | 2e-06 | Incoprea_1K |
| F9-005 | For d=0.12 mm, 1% mass balance needs 0.002 g | 2e-06 | Incoprea_1K |
| F9-006 | For d=0.13 mm, 1% mass balance needs 0.002 g | 2e-06 | Incoprea_1K |
| F9-007 | For d=0.13 mm, 1% mass balance needs 0.002 g | 2e-06 | Incoprea_1K |
| F9-008 | For d=0.14 mm, 1% mass balance needs 0.003 g | 3e-06 | Incoprea_1K |
| F9-009 | For d=0.15 mm, 1% mass balance needs 0.003 g | 3e-06 | Incoprea_1K |
| F9-010 | For d=0.16 mm, 1% mass balance needs 0.004 g | 4e-06 | Incoprea_1K |
| F9-011 | For d=0.16 mm, 1% mass balance needs 0.004 g | 4e-06 | Incoprea_1K |
| F9-012 | For d=0.17 mm, 1% mass balance needs 0.005 g | 5e-06 | Incoprea_1K |
| F9-013 | For d=0.18 mm, 1% mass balance needs 0.006 g | 6e-06 | Incoprea_1K |
| F9-014 | For d=0.19 mm, 1% mass balance needs 0.007 g | 7e-06 | Incoprea_1K |
| F9-015 | For d=0.20 mm, 1% mass balance needs 0.008 g | 8e-06 | Incoprea_1K |
| F9-016 | For d=0.21 mm, 1% mass balance needs 0.009 g | 9e-06 | Incoprea_1K |
| F9-017 | For d=0.22 mm, 1% mass balance needs 0.010 g | 1e-05 | Incoprea_1K |
| F9-018 | For d=0.23 mm, 1% mass balance needs 0.012 g | 1.2e-05 | Incoprea_1K |
| F9-019 | For d=0.24 mm, 1% mass balance needs 0.014 g | 1.4e-05 | Incoprea_1K |
| F9-020 | For d=0.25 mm, 1% mass balance needs 0.016 g | 1.6e-05 | Incoprea_1K |
| F9-021 | For d=0.27 mm, 1% mass balance needs 0.019 g | 1.9e-05 | Incoprea_1K |
| F9-022 | For d=0.28 mm, 1% mass balance needs 0.022 g | 2.2e-05 | Incoprea_1K |
| F9-023 | For d=0.29 mm, 1% mass balance needs 0.025 g | 2.5e-05 | Incoprea_1K |
| F9-024 | For d=0.31 mm, 1% mass balance needs 0.029 g | 2.9e-05 | Incoprea_1K |
| F9-025 | For d=0.32 mm, 1% mass balance needs 0.034 g | 3.4e-05 | Incoprea_1K |
| F9-026 | For d=0.34 mm, 1% mass balance needs 0.039 g | 3.9e-05 | Incoprea_1K |
| F9-027 | For d=0.36 mm, 1% mass balance needs 0.045 g | 4.5e-05 | Incoprea_1K |
| F9-028 | For d=0.37 mm, 1% mass balance needs 0.052 g | 5.2e-05 | Incoprea_1K |
| F9-029 | For d=0.39 mm, 1% mass balance needs 0.060 g | 6e-05 | Incoprea_1K |
| F9-030 | For d=0.41 mm, 1% mass balance needs 0.070 g | 7e-05 | Incoprea_1K |
| F9-031 | For d=0.43 mm, 1% mass balance needs 0.081 g | 8.1e-05 | Incoprea_1K |
| F9-032 | For d=0.45 mm, 1% mass balance needs 0.093 g | 9.3e-05 | Incoprea_1K |
| F9-033 | For d=0.48 mm, 1% mass balance needs 0.108 g | 0.000108 | Incoprea_1K |
| F9-034 | For d=0.50 mm, 1% mass balance needs 0.125 g | 0.000125 | Incoprea_1K |
| F9-035 | For d=0.53 mm, 1% mass balance needs 0.145 g | 0.000145 | Incoprea_1K |
| F9-036 | For d=0.55 mm, 1% mass balance needs 0.168 g | 0.000168 | Incoprea_1K |
| F9-037 | For d=0.58 mm, 1% mass balance needs 0.194 g | 0.000194 | Incoprea_1K |
| F9-038 | For d=0.61 mm, 1% mass balance needs 0.225 g | 0.000225 | Incoprea_1K |
| F9-039 | For d=0.64 mm, 1% mass balance needs 0.260 g | 0.00026 | Incoprea_1K |
| F9-040 | For d=0.67 mm, 1% mass balance needs 0.301 g | 0.000301 | Incoprea_1K |
| F9-041 | For d=0.70 mm, 1% mass balance needs 0.349 g | 0.000349 | Incoprea_1K |
| F9-042 | For d=0.74 mm, 1% mass balance needs 0.404 g | 0.000404 | Incoprea_1K |
| F9-043 | For d=0.78 mm, 1% mass balance needs 0.468 g | 0.000468 | Incoprea_1K |
| F9-044 | For d=0.81 mm, 1% mass balance needs 0.541 g | 0.000541 | Incoprea_1K |
| F9-045 | For d=0.86 mm, 1% mass balance needs 0.627 g | 0.000627 | Incoprea_1K |
| F9-046 | For d=0.90 mm, 1% mass balance needs 0.725 g | 0.000725 | Incoprea_1K |
| F9-047 | For d=0.94 mm, 1% mass balance needs 0.840 g | 0.00084 | Incoprea_1K |
| F9-048 | For d=0.99 mm, 1% mass balance needs 0.972 g | 0.000972 | Incoprea_1K |
| F9-049 | For d=1.04 mm, 1% mass balance needs 1.125 g | 0.001125 | Incoprea_1K |
| F9-050 | For d=1.09 mm, 1% mass balance needs 1.303 g | 0.001303 | Incoprea_1K |
| F9-051 | For d=1.15 mm, 1% mass balance needs 1.508 g | 0.001508 | Incoprea_1K |
| F9-052 | For d=1.20 mm, 1% mass balance needs 1.746 g | 0.001746 | Incoprea_1K |
| F9-053 | For d=1.26 mm, 1% mass balance needs 2.021 g | 0.002021 | Incoprea_1K |
| F9-054 | For d=1.33 mm, 1% mass balance needs 2.339 g | 0.002339 | Incoprea_1K |
| F9-055 | For d=1.39 mm, 1% mass balance needs 2.708 g | 0.002708 | Incoprea_1K |
| F9-056 | For d=1.46 mm, 1% mass balance needs 3.135 g | 0.003135 | Incoprea_1K |
| F9-057 | For d=1.54 mm, 1% mass balance needs 3.629 g | 0.003629 | Incoprea_1K |
| F9-058 | For d=1.61 mm, 1% mass balance needs 4.201 g | 0.004201 | Incoprea_1K |
| F9-059 | For d=1.69 mm, 1% mass balance needs 4.863 g | 0.004863 | Incoprea_1K |
| F9-060 | For d=1.78 mm, 1% mass balance needs 5.630 g | 0.00563 | Incoprea_1K |
| F9-061 | For d=1.87 mm, 1% mass balance needs 6.517 g | 0.006517 | Incoprea_1K |
| F9-062 | For d=1.96 mm, 1% mass balance needs 7.545 g | 0.007545 | Incoprea_1K |
| F9-063 | For d=2.06 mm, 1% mass balance needs 8.734 g | 0.008734 | Incoprea_1K |
| F10-041 | Johnson noise at 3981 ohm, 158 Hz is 102.2 nV | 102.24 | Incoprea_1K |
| F10-042 | Johnson noise at 4365 ohm, 170 Hz is 110.8 nV | 110.82 | Incoprea_1K |
| F10-043 | Johnson noise at 4786 ohm, 182 Hz is 120.1 nV | 120.12 | Incoprea_1K |
| F10-044 | Johnson noise at 5248 ohm, 195 Hz is 130.2 nV | 130.21 | Incoprea_1K |
| F10-045 | Johnson noise at 5754 ohm, 209 Hz is 141.1 nV | 141.13 | Incoprea_1K |
| F10-046 | Johnson noise at 6310 ohm, 224 Hz is 153.0 nV | 152.98 | Incoprea_1K |
| F10-047 | Johnson noise at 6918 ohm, 240 Hz is 165.8 nV | 165.82 | Incoprea_1K |
| F10-048 | Johnson noise at 7586 ohm, 257 Hz is 179.7 nV | 179.73 | Incoprea_1K |
| F10-049 | Johnson noise at 8318 ohm, 275 Hz is 194.8 nV | 194.82 | Incoprea_1K |
| F10-050 | Johnson noise at 9120 ohm, 295 Hz is 211.2 nV | 211.17 | Incoprea_1K |
| F10-051 | Johnson noise at 10000 ohm, 316 Hz is 228.9 nV | 228.89 | Incoprea_1K |
| F10-052 | Johnson noise at 10965 ohm, 339 Hz is 248.1 nV | 248.1 | Incoprea_1K |
| F10-053 | Johnson noise at 12023 ohm, 363 Hz is 268.9 nV | 268.93 | Incoprea_1K |
| F10-054 | Johnson noise at 13183 ohm, 389 Hz is 291.5 nV | 291.5 | Incoprea_1K |
| F10-055 | Johnson noise at 14454 ohm, 417 Hz is 316.0 nV | 315.96 | Incoprea_1K |
| F10-056 | Johnson noise at 15849 ohm, 447 Hz is 342.5 nV | 342.48 | Incoprea_1K |
| F10-057 | Johnson noise at 17378 ohm, 479 Hz is 371.2 nV | 371.22 | Incoprea_1K |
| F10-058 | Johnson noise at 19055 ohm, 513 Hz is 402.4 nV | 402.38 | Incoprea_1K |
| F10-059 | Johnson noise at 20893 ohm, 550 Hz is 436.1 nV | 436.15 | Incoprea_1K |
| F10-060 | Johnson noise at 22909 ohm, 589 Hz is 472.8 nV | 472.75 | Incoprea_1K |
| F10-061 | Johnson noise at 25119 ohm, 631 Hz is 512.4 nV | 512.43 | Incoprea_1K |
| F10-062 | Johnson noise at 27542 ohm, 676 Hz is 555.4 nV | 555.43 | Incoprea_1K |
Incoprea Research · the best 1,000 · 3 November 2026. Sorted from every result produced today. Computation only.