TORCH BEARER / L1-KIN-R1

Optional student flight sheet

Introductory high-school kinematics. Work here, on paper, or entirely in the game's Flight Log. This editable draft saves on this browser; it does not submit answers to the game or a teacher. Export a copy if you need to keep or share your work.

Printable blank packet

Local bay grids: metres, +x right, +y up. v = v₀ + at; Δx = v₀t + at²/2; v² = v₀² + 2aΔx; Δx = (v₀ + v)t/2. Use one constant-acceleration interval and axis at a time. Pause to plan; resources freeze.

L1-Q01 / B1

For +8 m, -3 m and -5 m, find total distance and net displacement.

L1-Q02 / B1

From (2,2) go to (2,6), then (12,6): find displacement components and distance.

L1-Q03 / B2

From rest, accelerate at +0.5 m/s2 for 6 s. Find final velocity and displacement.

L1-Q04 / B2

Coast at +3 m/s for 5 s. Find displacement.

L1-Q05 / B2

Brake from +4 m/s at -1 m/s2. Find stopping time and distance.

L1-Q06 / B2

Compare stopping distances from 2 and 4 m/s at braking magnitude 1 m/s2.

L1-Q07 / B3

Jack +2 m/s; hook launched +6 m/s relative to Jack. Find station-frame hook velocity.

L1-Q08 / B3

Jack x=6, vx=2; service socket x=14, vx=1. Coast then brake at -1 m/s2 to rendezvous at equal velocity.

Bay 4 / Practical observations

L1-Q09 / B5

Released case x=8 m, vx=+1 m/s. When will it reach x=26 m in an unobstructed coast?

L1-Q10 / B6

Given measured rebound vx=-1.4 m/s, brake at +1 m/s2. Find stopping time and signed displacement.

L1-Q11 / B7

Cross 8 m at +2 m/s, then brake at -1 m/s2. Find crossing time, braking distance and total time; compare with an 8 s clear window.

Bay 8 / Initial map

Same map as student packet page 5. Gray = wall; crossed box = cargo; dashed rectangle = shutter (crossed = closed); circle = O₂; triangle = initial drone contact. Start at A, stop at B then C; activate C to open the x=30 gates. Relay console (74,48) takes 3 s below 0.3 m/s without an alarm. The upper x=48 shutter closes after a 3 s warning when clear; return through the lower crossing. Patrols react: adapt to live observations.

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L1-Q12 / B8

Stop at (24,18) then (24,34) from (6,18), at rest. Acceleration magnitude 1 m/s2; cruise speeds 3 m/s horizontally, 2 m/s vertically. Derive the six-row plan.

Six-row command plan

Start at rest. Standard acceleration magnitude 1 m/s², cruise speeds 3 m/s horizontally and 2 m/s vertically. One burn, coast, brake per axis. Review after row 3 if desired. The requested time excludes stopped-arrival verification and interactions.

RowBurn/coastaₓ (m/s²)aᵧ (m/s²)Time (s)
1
2
3
4
5
6

Optional bonus code

Custom decoder: 16→T · 3→H · 4→R · 8→U · 18→S · 19→T.

In order: Q01 distance; Q03 final velocity; Q05 stopping time; Q07 hook velocity; Q09 crossing time; Q12 total command time.

Enter the result in game Settings → Bonus codes for the Navigator patch, Sol-brass faceplate and music player. The separate mission password is VECTOR.