Search and inspect all 60 exercises, their source material, scoring evidence and retained model responses.
Mean score and cross-configuration SD are descriptive summaries of the selected 21-configuration panel. Lower observed mean scores do not establish intrinsic exercise difficulty. Replicas are averaged within each configuration–exercise cell, and retained runs remain available in the research record.
Research index
60 of 60 records shown
| Exercise / topic | Exam record | Observed mean | 21-configuration distribution | Cross-configuration SD | Observed resources | Open profile |
|---|---|---|---|---|---|---|
| Normal form, existence and uniqueness, symmetries, linear equations, and piecewise dynamics(A3-25-P1-E3)Ordinary differential equations | 2025First sittingAnalysis III · Exercise 3 | 58.6/100#1 of 60 by lowest mean | 23.5–100.0 · 1 scoring 100 | SD 24.2#4 of 60 by spread33 criteria incomplete in at least two configurations | 147.9s$0.131 · 13,459 tokens0.06 retries · 4 replicated cells | Open → |
| RLC circuit with a switchable parallel capacitor branch(F2-26-P1-E2)Circuits and AC response | 2026First sittingPhysics II · Exercise 2 | 67.4/100#2 of 60 by lowest mean | 50.0–89.0 · 0 scoring 100 | SD 8.8#42 of 60 by spread14 criteria incomplete in at least two configurations | 86.2s$0.069 · 10,659 tokens0.00 retries · 0 replicated cells | Open → |
| Interference of three coherent sources with unequal amplitudes(F2-25-P3-E3)Electromagnetic waves and optics | 2025Third sittingPhysics II · Exercise 3 | 77.5/100#3 of 60 by lowest mean | 27.9–100.0 · 7 scoring 100 | SD 23.6#5 of 60 by spread27 criteria incomplete in at least two configurations | 125.7s$0.092 · 13,401 tokens0.00 retries · 0 replicated cells | Open → |
| Centroid, improper integrals, Gauss and Stokes theorems(A3-26-P2B-E2)Multiple integrals and integral theorems | 2026Second sitting · Theme BAnalysis III · Exercise 2 | 80.0/100#4 of 60 by lowest mean | 29.5–100.0 · 11 scoring 100 | SD 28.1#1 of 60 by spread30 criteria incomplete in at least two configurations | 328.9s$0.162 · 21,268 tokens0.14 retries · 0 replicated cells | Open → |
| Centroid of a planar region, singular integrals, and Gauss theorem verification on a solid of revolution(A3-25-P2-E2)Multiple integrals, improper integrability, and Gauss theorem | 2025Second sittingAnalysis III · Exercise 2 | 80.4/100#5 of 60 by lowest mean | 31.3–100.0 · 5 scoring 100 | SD 25.7#3 of 60 by spread27 criteria incomplete in at least two configurations | 184.1s$0.136 · 18,309 tokens0.00 retries · 1 replicated cells | Open → |
| Existence and uniqueness for an implicit equation, and Cauchy problems for alpha=1 and alpha=0(A3-25-P2-E3)First-order ordinary differential equations | 2025Second sittingAnalysis III · Exercise 3 | 81.2/100#6 of 60 by lowest mean | 52.3–100.0 · 2 scoring 100 | SD 15.2#20 of 60 by spread24 criteria incomplete in at least two configurations | 86.6s$0.080 · 9,142 tokens0.00 retries · 1 replicated cells | Open → |
| Existence away from singular axes, integrating factor, and crossing t=0(A3-25-P5-E3)Implicit differential equations | 2025Fifth sittingAnalysis III · Exercise 3 | 82.9/100#7 of 60 by lowest mean | 32.1–100.0 · 7 scoring 100 | SD 21.8#7 of 60 by spread23 criteria incomplete in at least two configurations | 141.2s$0.087 · 10,699 tokens0.05 retries · 1 replicated cells | Open → |
| Centroid, improper integrals, Gauss and Stokes theorems(A3-26-P2A-E2)Multiple integrals and integral theorems | 2026Second sitting · Theme AAnalysis III · Exercise 2 | 83.6/100#8 of 60 by lowest mean | 23.5–100.0 · 11 scoring 100 | SD 25.9#2 of 60 by spread30 criteria incomplete in at least two configurations | 413.2s$0.168 · 22,298 tokens0.05 retries · 0 replicated cells | Open → |
| Existence, energy, and a forced linear ODE(A3-25-P4-E3)Second-order differential equations | 2025Fourth sittingAnalysis III · Exercise 3 | 84.0/100#9 of 60 by lowest mean | 45.0–100.0 · 5 scoring 100 | SD 15.1#21 of 60 by spread15 criteria incomplete in at least two configurations | 189.3s$0.095 · 10,548 tokens0.06 retries · 1 replicated cells | Open → |
| Existence and uniqueness, equilibria, first integral, orbits, Cauchy problems, and time reparameterization(A3-25-P3-E3)Autonomous and linear differential systems | 2025Third sittingAnalysis III · Exercise 3 | 84.6/100#10 of 60 by lowest mean | 15.3–100.0 · 4 scoring 100 | SD 19.6#11 of 60 by spread20 criteria incomplete in at least two configurations | 114.2s$0.087 · 11,387 tokens0.00 retries · 1 replicated cells | Open → |
| Thin-film interference and Fresnel coefficients(F2-25-P5-E3)Electromagnetic waves and optics | 2025Fifth sittingPhysics II · Exercise 3 | 84.7/100#11 of 60 by lowest mean | 52.6–92.6 · 0 scoring 100 | SD 8.3#44 of 60 by spread10 criteria incomplete in at least two configurations | 61.8s$0.053 · 7,533 tokens0.00 retries · 0 replicated cells | Open → |
| Centroid, parametric integrability, Gauss and Stokes theorems(A3-25-P4-E2)Multiple integrals and integral theorems | 2025Fourth sittingAnalysis III · Exercise 2 | 85.1/100#12 of 60 by lowest mean | 35.3–100.0 · 6 scoring 100 | SD 19.4#12 of 60 by spread25 criteria incomplete in at least two configurations | 177.8s$0.121 · 16,439 tokens0.00 retries · 1 replicated cells | Open → |
| Single-slit diffraction, point-source interference, and a dielectric plate(F2-25-P4-E3)Electromagnetic waves and optics | 2025Fourth sittingPhysics II · Exercise 3 | 85.9/100#13 of 60 by lowest mean | 56.6–100.0 · 3 scoring 100 | SD 10.4#33 of 60 by spread17 criteria incomplete in at least two configurations | 197.5s$0.115 · 15,689 tokens0.05 retries · 0 replicated cells | Open → |
| Interference and diffraction from three unequal slits(F2-26-P2-E3)Electromagnetic waves and optics | 2026Second sittingPhysics II · Exercise 3 | 86.2/100#14 of 60 by lowest mean | 51.6–100.0 · 10 scoring 100 | SD 18.3#14 of 60 by spread21 criteria incomplete in at least two configurations | 244.3s$0.118 · 17,397 tokens0.10 retries · 0 replicated cells | Open → |
| Polar centroid, integrability of singular functions, and verification of Gauss and Kelvin–Stokes(A3-25-P3-E2)Multiple integrals, improper integrability, and vector-calculus integral theorems | 2025Third sittingAnalysis III · Exercise 2 | 86.3/100#15 of 60 by lowest mean | 32.3–100.0 · 9 scoring 100 | SD 21.9#6 of 60 by spread29 criteria incomplete in at least two configurations | 202.6s$0.148 · 20,594 tokens0.00 retries · 1 replicated cells | Open → |
| Centroid, improper integrability, Gauss and Kelvin–Stokes theorems(A3-26-P3-E2)Multiple integrals and integral theorems | 2026Third sittingAnalysis III · Exercise 2 | 86.4/100#16 of 60 by lowest mean | 39.0–100.0 · 8 scoring 100 | SD 21.4#8 of 60 by spread22 criteria incomplete in at least two configurations | 277.2s$0.139 · 19,288 tokens0.00 retries · 0 replicated cells | Open → |
| Centroid, improper integrability, volume by slices, and fluxes(A3-26-P4-E2)Multiple integrals and Gauss theorem | 2026Fourth sittingAnalysis III · Exercise 2 | 87.0/100#17 of 60 by lowest mean | 44.5–100.0 · 13 scoring 100 | SD 20.8#9 of 60 by spread20 criteria incomplete in at least two configurations | 242.0s$0.106 · 14,123 tokens0.00 retries · 0 replicated cells | Open → |
| Level set in R3→R2, quadratic expansion, stationary points, and absolute extrema(A3-26-P3-E1)Level curves and constrained extrema | 2026Third sittingAnalysis III · Exercise 1 | 87.5/100#18 of 60 by lowest mean | 29.2–100.0 · 10 scoring 100 | SD 19.6#10 of 60 by spread21 criteria incomplete in at least two configurations | 289.4s$0.122 · 14,713 tokens0.00 retries · 0 replicated cells | Open → |
| Centroid and volume; Gauss and Kelvin–Stokes theorems(A3-25-P1-E2)Multiple integration and vector calculus | 2025First sittingAnalysis III · Exercise 2 | 88.2/100#19 of 60 by lowest mean | 44.5–100.0 · 13 scoring 100 | SD 17.9#15 of 60 by spread23 criteria incomplete in at least two configurations | 149.2s$0.085 · 11,262 tokens0.02 retries · 4 replicated cells | Open → |
| Exact implicit ODE and linear Euler equation(A3-26-P1A-E3)Differential equations | 2026First sitting · Theme AAnalysis III · Exercise 3 | 88.4/100#20 of 60 by lowest mean | 41.3–100.0 · 7 scoring 100 | SD 16.9#16 of 60 by spread20 criteria incomplete in at least two configurations | 101.9s$0.089 · 10,944 tokens0.00 retries · 0 replicated cells | Open → |
| Centroid, improper integrals, Gauss theorem verification, and lateral area(A3-25-P5-E2)Multiple integrals, Gauss theorem, and surfaces | 2025Fifth sittingAnalysis III · Exercise 2 | 88.7/100#21 of 60 by lowest mean | 30.0–100.0 · 7 scoring 100 | SD 19.4#13 of 60 by spread24 criteria incomplete in at least two configurations | 127.1s$0.096 · 12,383 tokens0.00 retries · 1 replicated cells | Open → |
| Brewster angle and polarization in a prism(F2-26-P4-E3)Electromagnetic waves and optics | 2026Fourth sittingPhysics II · Exercise 3 | 89.7/100#22 of 60 by lowest mean | 41.3–100.0 · 9 scoring 100 | SD 16.9#16 of 60 by spread25 criteria incomplete in at least two configurations | 171.8s$0.123 · 17,528 tokens0.00 retries · 0 replicated cells | Open → |
| Exact implicit ODE and linear Euler equation(A3-26-P1B-E3)Differential equations | 2026First sitting · Theme BAnalysis III · Exercise 3 | 90.0/100#23 of 60 by lowest mean | 46.0–100.0 · 7 scoring 100 | SD 14.7#23 of 60 by spread20 criteria incomplete in at least two configurations | 102.0s$0.088 · 10,705 tokens0.00 retries · 0 replicated cells | Open → |
| Diffraction grating, missing orders, and resolving power(F2-25-P1-E3)Electromagnetic waves and optics | 2025First sittingPhysics II · Exercise 3 | 90.3/100#24 of 60 by lowest mean | 66.6–100.0 · 8 scoring 100 | SD 11.1#31 of 60 by spread13 criteria incomplete in at least two configurations | 594.6s$0.069 · 8,721 tokens0.03 retries · 3 replicated cells | Open → |
| Existence, first integral, orbits, and time reparameterization(A3-26-P3-E3)Autonomous differential systems | 2026Third sittingAnalysis III · Exercise 3 | 90.6/100#25 of 60 by lowest mean | 31.8–100.0 · 8 scoring 100 | SD 15.7#19 of 60 by spread21 criteria incomplete in at least two configurations | 119.4s$0.099 · 11,475 tokens0.00 retries · 0 replicated cells | Open → |
| Existence and uniqueness, energy integral, and linear equation(A3-26-P4-E3)Second-order differential equations | 2026Fourth sittingAnalysis III · Exercise 3 | 90.7/100#26 of 60 by lowest mean | 82.6–100.0 · 2 scoring 100 | SD 4.4#55 of 60 by spread6 criteria incomplete in at least two configurations | 170.1s$0.048 · 5,501 tokens0.00 retries · 0 replicated cells | Open → |
| RL divider and parallel LC resonance(F2-25-P5-E2)Circuits and AC response | 2025Fifth sittingPhysics II · Exercise 2 | 91.4/100#27 of 60 by lowest mean | 54.7–100.0 · 13 scoring 100 | SD 13.6#26 of 60 by spread17 criteria incomplete in at least two configurations | 92.8s$0.076 · 10,625 tokens0.00 retries · 0 replicated cells | Open → |
| Implicit function theorem, quadratic expansion, saddle point, and absolute extrema(A3-26-P4-E1)Level surfaces and constrained extrema | 2026Fourth sittingAnalysis III · Exercise 1 | 92.0/100#28 of 60 by lowest mean | 51.6–100.0 · 6 scoring 100 | SD 12.5#28 of 60 by spread16 criteria incomplete in at least two configurations | 430.9s$0.080 · 9,454 tokens0.05 retries · 0 replicated cells | Open → |
| Regularity and tangent of a level curve, stationary coordinate, and absolute extrema on a quarter-annulus(A3-25-P2-E1)Level curves and constrained extrema | 2025Second sittingAnalysis III · Exercise 1 | 92.2/100#29 of 60 by lowest mean | 43.7–100.0 · 13 scoring 100 | SD 14.1#25 of 60 by spread22 criteria incomplete in at least two configurations | 89.0s$0.080 · 10,054 tokens0.00 retries · 1 replicated cells | Open → |
| Fundamental matrix and solutions with a constant coordinate(A3-26-P2A-E3)Linear differential systems | 2026Second sitting · Theme AAnalysis III · Exercise 3 | 92.6/100#30 of 60 by lowest mean | 34.0–100.0 · 11 scoring 100 | SD 15.1#21 of 60 by spread10 criteria incomplete in at least two configurations | 64.3s$0.059 · 7,645 tokens0.00 retries · 0 replicated cells | Open → |
| Fundamental matrix and solutions with a constant coordinate(A3-26-P2B-E3)Linear differential systems | 2026Second sitting · Theme BAnalysis III · Exercise 3 | 92.7/100#31 of 60 by lowest mean | 36.0–100.0 · 16 scoring 100 | SD 16.7#18 of 60 by spread14 criteria incomplete in at least two configurations | 59.0s$0.056 · 7,615 tokens0.00 retries · 0 replicated cells | Open → |
| Force, work, and energy of a coil near a straight wire(F2-26-P4-E1)Magnetism and induction | 2026Fourth sittingPhysics II · Exercise 1 | 93.0/100#32 of 60 by lowest mean | 50.0–100.0 · 10 scoring 100 | SD 12.9#27 of 60 by spread23 criteria incomplete in at least two configurations | 107.3s$0.079 · 12,740 tokens0.00 retries · 0 replicated cells | Open → |
| Moving conducting bar, magnetic braking, and ideal-inductance oscillations(F2-26-P2-E2)Magnetism and induction | 2026Second sittingPhysics II · Exercise 2 | 93.0/100#33 of 60 by lowest mean | 46.3–100.0 · 11 scoring 100 | SD 14.1#24 of 60 by spread21 criteria incomplete in at least two configurations | 134.8s$0.088 · 12,429 tokens0.00 retries · 0 replicated cells | Open → |
| Regular level sets, implicit curves, and optimization on compact sets(A3-26-P1B-E1)Level curves and constrained extrema | 2026First sitting · Theme BAnalysis III · Exercise 1 | 93.2/100#34 of 60 by lowest mean | 62.6–100.0 · 11 scoring 100 | SD 11.4#30 of 60 by spread16 criteria incomplete in at least two configurations | 80.4s$0.076 · 9,219 tokens0.00 retries · 0 replicated cells | Open → |
| Fields and forces in relativistic electron and positron beams(F2-25-P3-E2)Magnetism and induction | 2025Third sittingPhysics II · Exercise 2 | 93.6/100#35 of 60 by lowest mean | 67.4–100.0 · 12 scoring 100 | SD 9.8#36 of 60 by spread18 criteria incomplete in at least two configurations | 106.7s$0.095 · 12,233 tokens0.00 retries · 0 replicated cells | Open → |
| Level sets in R3→R2, quadratic expansion, Lagrange multipliers, and absolute extrema(A3-25-P4-E1)Level curves and constrained extrema | 2025Fourth sittingAnalysis III · Exercise 1 | 93.6/100#36 of 60 by lowest mean | 64.5–100.0 · 10 scoring 100 | SD 10.5#32 of 60 by spread17 criteria incomplete in at least two configurations | 256.4s$0.116 · 13,665 tokens0.06 retries · 1 replicated cells | Open → |
| Brewster angle, circular polarization, and Fresnel coefficients(F2-25-P2-E3)Electromagnetic waves and optics | 2025Second sittingPhysics II · Exercise 3 | 93.8/100#37 of 60 by lowest mean | 65.5–100.0 · 11 scoring 100 | SD 9.3#39 of 60 by spread9 criteria incomplete in at least two configurations | 470.2s$0.079 · 10,224 tokens0.02 retries · 3 replicated cells | Open → |
| Improper integrals, centroid, volume, and Gauss theorem verification(A3-26-P1A-E2)Multiple integrals and the divergence theorem | 2026First sitting · Theme AAnalysis III · Exercise 2 | 94.4/100#38 of 60 by lowest mean | 64.0–100.0 · 5 scoring 100 | SD 10.1#34 of 60 by spread15 criteria incomplete in at least two configurations | 93.1s$0.080 · 10,310 tokens0.00 retries · 0 replicated cells | Open → |
| Area, coordinate extrema, and Taylor expansion(A3-26-P2B-E1)Polar curves and local expansions | 2026Second sitting · Theme BAnalysis III · Exercise 1 | 95.0/100#39 of 60 by lowest mean | 71.3–100.0 · 14 scoring 100 | SD 10.1#35 of 60 by spread9 criteria incomplete in at least two configurations | 219.4s$0.101 · 13,009 tokens0.14 retries · 0 replicated cells | Open → |
| Energy, potential, and forces of eight charges at a cube's vertices(F2-26-P1-E1)Electrostatics and dielectrics | 2026First sittingPhysics II · Exercise 1 | 95.1/100#40 of 60 by lowest mean | 67.9–100.0 · 11 scoring 100 | SD 9.2#40 of 60 by spread17 criteria incomplete in at least two configurations | 158.6s$0.091 · 11,890 tokens0.05 retries · 0 replicated cells | Open → |
| Coupled solenoids, sinusoidal response, and a superconducting secondary(F2-26-P3-E2)Circuits and AC response | 2026Third sittingPhysics II · Exercise 2 | 95.2/100#41 of 60 by lowest mean | 70.0–100.0 · 14 scoring 100 | SD 9.3#38 of 60 by spread19 criteria incomplete in at least two configurations | 107.0s$0.092 · 12,682 tokens0.00 retries · 0 replicated cells | Open → |
| Area, coordinate extrema, and Taylor expansion(A3-26-P2A-E1)Polar curves and local expansions | 2026Second sitting · Theme AAnalysis III · Exercise 1 | 95.3/100#42 of 60 by lowest mean | 65.8–100.0 · 12 scoring 100 | SD 9.6#37 of 60 by spread10 criteria incomplete in at least two configurations | 101.5s$0.094 · 11,724 tokens0.00 retries · 0 replicated cells | Open → |
| Partially filled cylindrical capacitor, RC transient, and dielectric strength(F2-26-P2-E1)Electrostatics and dielectrics | 2026Second sittingPhysics II · Exercise 1 | 95.5/100#43 of 60 by lowest mean | 50.8–100.0 · 10 scoring 100 | SD 12.3#29 of 60 by spread14 criteria incomplete in at least two configurations | 73.9s$0.071 · 8,811 tokens0.00 retries · 0 replicated cells | Open → |
| Polar curve: plot, length, tangent, area, and absolute extrema on a compact region(A3-25-P1-E1)Plane curves, multiple integrals, and constrained absolute extrema | 2025First sittingAnalysis III · Exercise 1 | 95.5/100#44 of 60 by lowest mean | 71.6–100.0 · 9 scoring 100 | SD 8.2#45 of 60 by spread16 criteria incomplete in at least two configurations | 143.9s$0.076 · 10,641 tokens0.00 retries · 4 replicated cells | Open → |
| Electrostatic self-energy, polarization, and external work(F2-25-P1-E1)Electrostatics and dielectrics | 2025First sittingPhysics II · Exercise 1 | 95.5/100#45 of 60 by lowest mean | 72.9–100.0 · 12 scoring 100 | SD 6.7#49 of 60 by spread12 criteria incomplete in at least two configurations | 593.1s$0.083 · 11,229 tokens0.00 retries · 3 replicated cells | Open → |
| Coaxial Geiger counter and alpha-particle motion(F2-25-P4-E1)Charged-particle dynamics | 2025Fourth sittingPhysics II · Exercise 1 | 95.6/100#46 of 60 by lowest mean | 70.5–100.0 · 3 scoring 100 | SD 6.3#51 of 60 by spread12 criteria incomplete in at least two configurations | 109.6s$0.098 · 12,186 tokens0.00 retries · 0 replicated cells | Open → |
| Regular level sets, implicit curves, and optimization on compact sets(A3-26-P1A-E1)Level curves and constrained extrema | 2026First sitting · Theme AAnalysis III · Exercise 1 | 96.0/100#47 of 60 by lowest mean | 63.2–100.0 · 13 scoring 100 | SD 8.8#41 of 60 by spread11 criteria incomplete in at least two configurations | 79.1s$0.075 · 9,126 tokens0.00 retries · 0 replicated cells | Open → |
| Improper integrals, centroid, volume, and Gauss theorem verification(A3-26-P1B-E2)Multiple integrals and the divergence theorem | 2026First sitting · Theme BAnalysis III · Exercise 2 | 96.2/100#48 of 60 by lowest mean | 62.0–100.0 · 9 scoring 100 | SD 8.7#43 of 60 by spread12 criteria incomplete in at least two configurations | 85.3s$0.083 · 9,866 tokens0.00 retries · 0 replicated cells | Open → |
| Magnetic dipoles, helical motion, and the adiabatic invariant(F2-25-P2-E2)Charged-particle dynamics | 2025Second sittingPhysics II · Exercise 2 | 96.5/100#49 of 60 by lowest mean | 77.1–100.0 · 10 scoring 100 | SD 6.6#50 of 60 by spread12 criteria incomplete in at least two configurations | 554.7s$0.078 · 11,174 tokens0.03 retries · 3 replicated cells | Open → |
| Moving conducting bar, motional emf, and electromechanical steady state(F2-26-P4-E2)Magnetism and induction | 2026Fourth sittingPhysics II · Exercise 2 | 96.7/100#50 of 60 by lowest mean | 85.8–100.0 · 12 scoring 100 | SD 5.0#53 of 60 by spread8 criteria incomplete in at least two configurations | 77.1s$0.055 · 7,895 tokens0.00 retries · 0 replicated cells | Open → |
| Isolated coaxial capacitor with dielectric and polarization charges(F2-25-P5-E1)Electrostatics and dielectrics | 2025Fifth sittingPhysics II · Exercise 1 | 96.8/100#51 of 60 by lowest mean | 77.6–100.0 · 16 scoring 100 | SD 6.8#47 of 60 by spread10 criteria incomplete in at least two configurations | 111.5s$0.093 · 12,400 tokens0.00 retries · 0 replicated cells | Open → |
| Regular level sets, implicit parametrization and tangent plane; constrained stationary points; compact-set optimization(A3-25-P3-E1)Regular surfaces, constrained extrema, and absolute extrema | 2025Third sittingAnalysis III · Exercise 1 | 96.9/100#52 of 60 by lowest mean | 80.3–100.0 · 12 scoring 100 | SD 5.3#52 of 60 by spread9 criteria incomplete in at least two configurations | 127.8s$0.101 · 11,955 tokens0.00 retries · 1 replicated cells | Open → |
| Conducting shell with dielectric, shielding, and a dipole(F2-25-P2-E1)Electrostatics and dielectrics | 2025Second sittingPhysics II · Exercise 1 | 97.1/100#53 of 60 by lowest mean | 74.5–100.0 · 15 scoring 100 | SD 6.8#47 of 60 by spread16 criteria incomplete in at least two configurations | 333.8s$0.067 · 9,293 tokens0.00 retries · 3 replicated cells | Open → |
| Implicit curve, constrained classification, and extrema on a truncated ellipse(A3-25-P5-E1)Level curves and extrema | 2025Fifth sittingAnalysis III · Exercise 1 | 97.4/100#54 of 60 by lowest mean | 67.9–100.0 · 14 scoring 100 | SD 7.2#46 of 60 by spread5 criteria incomplete in at least two configurations | 103.3s$0.083 · 9,398 tokens0.00 retries · 1 replicated cells | Open → |
| Conducting sphere, dielectric strength, and Coulomb scattering of alpha particles(F2-25-P3-E1)Charged-particle dynamics | 2025Third sittingPhysics II · Exercise 1 | 98.6/100#55 of 60 by lowest mean | 92.6–100.0 · 1 scoring 100 | SD 1.4#59 of 60 by spread1 criteria incomplete in at least two configurations | 84.4s$0.072 · 9,205 tokens0.00 retries · 0 replicated cells | Open → |
| Mutual inductance, an RL circuit, and linked fluxes(F2-25-P1-E2)Circuits and AC response | 2025First sittingPhysics II · Exercise 2 | 98.8/100#56 of 60 by lowest mean | 77.4–100.0 · 17 scoring 100 | SD 4.8#54 of 60 by spread1 criteria incomplete in at least two configurations | 238.2s$0.065 · 8,900 tokens0.03 retries · 3 replicated cells | Open → |
| Square loop entering a uniform magnetic field(F2-25-P4-E2)Magnetism and induction | 2025Fourth sittingPhysics II · Exercise 2 | 99.0/100#57 of 60 by lowest mean | 91.3–100.0 · 15 scoring 100 | SD 2.2#56 of 60 by spread3 criteria incomplete in at least two configurations | 64.6s$0.057 · 7,959 tokens0.00 retries · 0 replicated cells | Open → |
| Cylindrical capacitor with a resistive medium and RC discharge(F2-26-P3-E1)Circuits and AC response | 2026Third sittingPhysics II · Exercise 1 | 99.5/100#58 of 60 by lowest mean | 94.2–100.0 · 18 scoring 100 | SD 1.4#58 of 60 by spread1 criteria incomplete in at least two configurations | 66.8s$0.056 · 7,001 tokens0.05 retries · 0 replicated cells | Open → |
| Double-slit interference with a diffraction envelope(F2-26-P3-E3)Electromagnetic waves and optics | 2026Third sittingPhysics II · Exercise 3 | 99.6/100#59 of 60 by lowest mean | 92.6–100.0 · 19 scoring 100 | SD 1.6#57 of 60 by spread0 criteria incomplete in at least two configurations | 50.5s$0.051 · 6,077 tokens0.00 retries · 0 replicated cells | Open → |
| Young interference, diffraction, a dielectric plate, and grating resolution(F2-26-P1-E3)Electromagnetic waves and optics | 2026First sittingPhysics II · Exercise 3 | 99.8/100#60 of 60 by lowest mean | 94.7–100.0 · 20 scoring 100 | SD 1.1#60 of 60 by spread0 criteria incomplete in at least two configurations | 129.3s$0.059 · 7,185 tokens0.10 retries · 0 replicated cells | Open → |
(A3-25-P1-E3)Ordinary differential equations
(F2-26-P1-E2)Circuits and AC response
(F2-25-P3-E3)Electromagnetic waves and optics
(A3-26-P2B-E2)Multiple integrals and integral theorems
(A3-25-P2-E2)Multiple integrals, improper integrability, and Gauss theorem
(A3-25-P2-E3)First-order ordinary differential equations
(A3-25-P5-E3)Implicit differential equations
(A3-26-P2A-E2)Multiple integrals and integral theorems
(A3-25-P4-E3)Second-order differential equations
(A3-25-P3-E3)Autonomous and linear differential systems
(F2-25-P5-E3)Electromagnetic waves and optics
(A3-25-P4-E2)Multiple integrals and integral theorems
(F2-25-P4-E3)Electromagnetic waves and optics
(F2-26-P2-E3)Electromagnetic waves and optics
(A3-25-P3-E2)Multiple integrals, improper integrability, and vector-calculus integral theorems
(A3-26-P3-E2)Multiple integrals and integral theorems
(A3-26-P4-E2)Multiple integrals and Gauss theorem
(A3-26-P3-E1)Level curves and constrained extrema
(A3-25-P1-E2)Multiple integration and vector calculus
(A3-26-P1A-E3)Differential equations
(A3-25-P5-E2)Multiple integrals, Gauss theorem, and surfaces
(F2-26-P4-E3)Electromagnetic waves and optics
(A3-26-P1B-E3)Differential equations
(F2-25-P1-E3)Electromagnetic waves and optics
(A3-26-P3-E3)Autonomous differential systems
(A3-26-P4-E3)Second-order differential equations
(F2-25-P5-E2)Circuits and AC response
(A3-26-P4-E1)Level surfaces and constrained extrema
(A3-25-P2-E1)Level curves and constrained extrema
(A3-26-P2A-E3)Linear differential systems
(A3-26-P2B-E3)Linear differential systems
(F2-26-P4-E1)Magnetism and induction
(F2-26-P2-E2)Magnetism and induction
(A3-26-P1B-E1)Level curves and constrained extrema
(F2-25-P3-E2)Magnetism and induction
(A3-25-P4-E1)Level curves and constrained extrema
(F2-25-P2-E3)Electromagnetic waves and optics
(A3-26-P1A-E2)Multiple integrals and the divergence theorem
(A3-26-P2B-E1)Polar curves and local expansions
(F2-26-P1-E1)Electrostatics and dielectrics
(F2-26-P3-E2)Circuits and AC response
(A3-26-P2A-E1)Polar curves and local expansions
(F2-26-P2-E1)Electrostatics and dielectrics
(A3-25-P1-E1)Plane curves, multiple integrals, and constrained absolute extrema
(F2-25-P1-E1)Electrostatics and dielectrics
(F2-25-P4-E1)Charged-particle dynamics
(A3-26-P1A-E1)Level curves and constrained extrema
(A3-26-P1B-E2)Multiple integrals and the divergence theorem
(F2-25-P2-E2)Charged-particle dynamics
(F2-26-P4-E2)Magnetism and induction
(F2-25-P5-E1)Electrostatics and dielectrics
(A3-25-P3-E1)Regular surfaces, constrained extrema, and absolute extrema
(F2-25-P2-E1)Electrostatics and dielectrics
(A3-25-P5-E1)Level curves and extrema
(F2-25-P3-E1)Charged-particle dynamics
(F2-25-P1-E2)Circuits and AC response
(F2-25-P4-E2)Magnetism and induction
(F2-26-P3-E1)Circuits and AC response
(F2-26-P3-E3)Electromagnetic waves and optics
(F2-26-P1-E3)Electromagnetic waves and optics
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