On the Subject of Escaping Equations X

Find the letter from the module in the table below and obtain the corresponding equation. Substitute the displayed values in for a, b, c (in that order). Take absolute value. Round to the nearest integer. Round up if ending in .5.

Ltr	Equation
τ	Start with: a×b ≥ 1 needy and no lit FRQ ⇒ go to step 5 ≥ 2 modules solved ⇒ / 4 Empty port plate and ≥ 2 batteries ⇒ [ ≥ 2 modules solved ? + 5 : + 10 ] unlit BOB and no lit FRQ ⇒ + 3
Κ	Start with: a×b²/2 ≥ 3 indicators ⇒ × 2 “The Button” module ⇒ × 3	μ	Start with: b/a exactly 2 batteries ⇒ × 7/3 RJ-45 port and no lit NSA ⇒ + 1
Ρ	Start with: a×b vowel in the SN ⇒ × 2/3 ≥ 6 modules ⇒ + 14 unlit CLR ⇒ change 3’s to 4’s in the values of a, b
ω	Start with: b/a odd digit in SN ⇒ − 5 unlit CAR and unlit IND ⇒ flip the fraction
Ζ(Τ)	battery holders + port plates + indicators ≥ 7 ⇒ a + 3 else ⇒ a²/2 + 3b + 2
Η(Τ)	≥ 6 batteries ⇒ a² + 4b else, parallel port ⇒ a³/3 + 2b² + 8 else ⇒ a³/3 + 2b² − 5
χ	Use radians when calculating sin/cos (or leave out the the ×π/180 and use degrees) Start with: a × cos((b×c + d) × π/180) 3 or 5 in the SN ⇒ + 21 “Keypad” module ⇒ change 5’s to 8’s in the values of a, b, c, d ≥ 1 solved module ⇒ change cos to sin
α	≥ 2 strikes ⇒ press submit with the input display cleared Stereo RCA and ≥ 1 needy ⇒ answer is 116 Start with: (b − c)/a Stereo RCA ⇒ + 8 ≥ 1 needy ⇒ / 4