The Kepler Outpost Heist
A rogue traveler has breached the secure vault at Kepler Outpost and stolen the experimental star charts! As the lead forensic officer, you must analyze the high-tech gear, trace physical evidence, and use mathematical coordinates to identify the culprit before their escape shuttle launches into deep space.
Possible suspects
Cross off a row as each clue rules it out. On screen, tap a row.
| Name | Primary Gear | Infiltration Tool | Physical Tell | Helmet Hair Clue | System Vulnerability |
|---|---|---|---|---|---|
| Fred Haise | magnetic gloves | hacking pad | right-handed grip | neon blue dye | copper wiring |
| Valentina Tereshkova | jetpack thruster | oxygen siphon | right-handed grip | silver strands | copper wiring |
| Al Worden | gravity boots | stealth cloak | left-handed grip | silver strands | cold vacuum |
| Jack Swigert | gravity boots | oxygen siphon | right-handed grip | jet black locks | copper wiring |
| Buzz Aldrin | laser visor | EMP grenade | right-handed grip | jet black locks | cold vacuum |
| Chris Hadfield | plasma cutter | EMP grenade | left-handed grip | silver strands | cold vacuum |
| Arthur Clarke | laser visor | oxygen siphon | left-handed grip | jet black locks | cold vacuum |
| Sally Ride | magnetic gloves | oxygen siphon | left-handed grip | silver strands | cold vacuum |
| Edwin Hubble | gravity boots | EMP grenade | left-handed grip | silver strands | cold vacuum |
| Neil Armstrong | jetpack thruster | oxygen siphon | left-handed grip | silver strands | cold vacuum |
| Carl Sagan | magnetic gloves | oxygen siphon | right-handed grip | jet black locks | cold vacuum |
| Vera Rubin | magnetic gloves | EMP grenade | left-handed grip | jet black locks | cold vacuum |
| Michael Collins | laser visor | stealth cloak | left-handed grip | neon blue dye | copper wiring |
| Henrietta Leavitt | magnetic gloves | signal jammer | left-handed grip | silver strands | copper wiring |
| Stephen Hawking | plasma cutter | stealth cloak | right-handed grip | silver strands | cold vacuum |
| Isaac Asimov | jetpack thruster | hacking pad | right-handed grip | silver strands | copper wiring |
| John Glenn | laser visor | signal jammer | left-handed grip | jet black locks | copper wiring |
| Mae Jemison | laser visor | stealth cloak | right-handed grip | silver strands | copper wiring |
| Alan Shepard | plasma cutter | EMP grenade | right-handed grip | silver strands | cold vacuum |
| Tycho Brahe | gravity boots | signal jammer | left-handed grip | silver strands | solar flares |
| Peggy Whitson | jetpack thruster | EMP grenade | left-handed grip | silver strands | cold vacuum |
Pythagorean theorem
To trace the cosmic bandit's escape vector, you must calculate the diagonal distance between the hangar bay and the solar array. Solve this right-triangle problem to unlock the first secure database file.
Solve each problem to learn its letter. Then write that letter in every box that shows the same number, and read the secret clue.
Square roots
The communications array needs its frequency square-rooted to bypass the bandit's jammer. Crack this root to isolate the signal and find the next clue.
Solve each problem to learn its letter. Then write that letter in every box that shows the same number, and read the secret clue.
Exponents
The backup reactor's energy levels are multiplying exponentially. Find the base value of this power surge to safely download the security footage.
Solve each problem to learn its letter. Then write that letter in every box that shows the same number, and read the secret clue.
Order of operations
The auxiliary computer is locked behind a strict math sequence. Solve this multi-step equation using the proper order of operations to boot up the system.
Solve each problem to learn its letter. Then write that letter in every box that shows the same number, and read the secret clue.
Square roots — the last clue
The gravity grid has a safety lock determined by the square root of the hangar's area. Calculate this value to open the hangar doors and corner the suspect.
First solve each problem. Then find each answer in the list below and cross that sentence out. One sentence will be left — that's exactly what the villain did!
Name the culprit
Choose the one suspect left standing.
Answer Key — The Kepler Outpost Heist
- Clue 1 (Pythagorean theorem): "THE BANDIT DOES NOT USE AN OXYGEN SIPHON"legs 9 and 12, hypotenuse = 15 (T) · legs 7 and 24, hypotenuse = 25 (U) · legs 18 and 80, hypotenuse = 82 (Y) · legs 18 and 24, hypotenuse = 30 (O) · legs 9 and 40, hypotenuse = 41 (G) · legs 6 and 8, hypotenuse = 10 (A) · legs 40 and 75, hypotenuse = 85 (E) · legs 8 and 15, hypotenuse = 17 (P) · legs 3 and 4, hypotenuse = 5 (X) · legs 25 and 60, hypotenuse = 65 (B) · legs 20 and 21, hypotenuse = 29 (N) · legs 60 and 63, hypotenuse = 87 (I) · legs 27 and 120, hypotenuse = 123 (D) · legs 24 and 70, hypotenuse = 74 (S) · legs 10 and 24, hypotenuse = 26 (H)
- Clue 2 (Square roots): "LEFT HANDED PRINT ON THE CONTROLS"sqrt(25) = 5 (L) · sqrt(484) = 22 (D) · sqrt(625) = 25 (I) · sqrt(576) = 24 (A) · sqrt(441) = 21 (H) · sqrt(16) = 4 (R) · sqrt(81) = 9 (T) · sqrt(49) = 7 (E) · sqrt(196) = 14 (O) · sqrt(9) = 3 (N) · sqrt(100) = 10 (S) · sqrt(324) = 18 (F) · sqrt(256) = 16 (C) · sqrt(361) = 19 (P)
- Clue 3 (Exponents): "FREEZING VACUUM DAMPENS THRUSTERS"22^2 = 484 (F) · 20^2 = 400 (C) · 11^2 = 121 (I) · 7^3 = 343 (N) · 3^5 = 243 (E) · 6^2 = 36 (R) · 21^2 = 441 (P) · 5^3 = 125 (H) · 5^2 = 25 (S) · 6^3 = 216 (A) · 7^2 = 49 (T) · 14^2 = 196 (M) · 2^2 = 4 (U) · 18^2 = 324 (D) · 10^2 = 100 (Z) · 9^3 = 729 (V) · 2^7 = 128 (G)
- Clue 4 (Order of operations): "SILVER HAIR STRAND CAUGHT IN THE LOCK"8 × 12 - 19 = 77 (S) · 19 + 7 × 2 = 33 (T) · 11 × 10 - 7 = 103 (N) · 11 × 12 - 17 = 115 (A) · 29 + 2 × 8 = 45 (L) · 5 × 12 - 22 = 38 (C) · 12 × 4 - 1 = 47 (H) · 11 × 11 - 3 = 118 (D) · 5 + 4 × 9 = 41 (K) · 12 × 6 - 19 = 53 (O) · 59 + 4 × 9 = 95 (I) · 33 + 7 × 3 = 54 (V) · 19 + 4 × 8 = 51 (U) · 22 + 9 × 4 = 58 (G) · 11 × 11 - 17 = 104 (E) · 10 × 5 - 15 = 35 (R)
- Clue 5 (Square roots): surviving statement (box 2) → Edwin Hubblesqrt(16) = 4 · sqrt(25) = 5 · sqrt(36) = 6 · sqrt(81) = 9 · sqrt(100) = 10 · sqrt(9) = 3 · sqrt(49) = 7 · sqrt(121) = 11 · sqrt(144) = 12 · sqrt(64) = 8 · sqrt(1) = 1
About this mystery
- Grade level
- Grade 10 math
- Math topics
- Pythagorean theorem, Square roots, Exponents, Order of operations
- Reading level
- grades 7-9
- Theme
- The Kepler Outpost Heist — set in Kepler Outpost on the dark side of the Moon
- Format
- Interactive online & printable worksheet with answer key
- Solution
- One unique, verified culprit among 21 suspects
