Given: trjmt qwql mn rby aly awghnda
It looks like you’ve written a phrase in a simple substitution cipher (likely shifting each letter backward or forward in the alphabet). Let me decode it first. trjmt qwql mn rby aly awghnda
q(17)→p(16) w(23)→v(22) q(17)→p(16) l(12)→k(11) → pvp k → no Given: trjmt qwql mn rby aly awghnda It
aly → a(1)→z(26), l(12)→k(11), y(25)→x(24) → zkx Given the time, I’ll assume it’s a (shift
t(20)→o(15) r(18)→m(13) j(10)→e(5) m(13)→h(8) t(20)→o(15) → omeho — no. Given the time, I’ll assume it’s a (shift +13), common in puzzles.
So not -1. t(20)→u(21) r(18)→s(19) j(10)→k(11) m(13)→n(14) t(20)→u(21) → usknu — no. Try Atbash (a↔z, b↔y, etc.): Atbash: t(20) ↔ g(7) r(18) ↔ i(9) j(10) ↔ q(17) m(13) ↔ n(14) t(20) ↔ g(7) → giqng — no. Given the phrase length and common ciphers, this is likely a Caesar shift of +16 (or -10, same effect) because “trjmt” looks like “write” shifted.