let read_line () = stdin.ReadLine()
let read_tokens () = read_line().Split ' '

let N = read_line () |> int
let A = read_tokens () |> Array.map int
let Q = read_line () |> int

let P = Array.zeroCreate Q
let L = Array.zeroCreate Q
let R = Array.zeroCreate Q
let zero = Array.zeroCreate (N+1)
for i in 0..Q-1 do
  let p, l, r = read_tokens () |> (fun a -> int a.[0], int a.[1], int a.[2])
  P.[i] <- p
  L.[i] <- l - 1
  R.[i] <- r
  zero.[L.[i]] <- zero.[L.[i]] + 1
  zero.[R.[i]] <- zero.[R.[i]] - 1

for i in 0..N-1 do zero.[i+1] <- zero.[i] + (if A.[i] = 0 then 1 else 0)
for i in 0..Q-1 do if zero.[R.[i]] - zero.[L.[i]] > 0 then P.[i] <- 1

let table = Array.create 2001 true
let primes = new ResizeArray<int>()
table.[0] <- false
table.[1] <- false
for i in 2..10 do
  if table.[i] then
    primes.Add(i)
    for j in 2*i..i..2000 do table.[j] <- false
let ans = Array.create Q true
for p in primes do
  let cnt = Array.zeroCreate (N+1)
  for i in 0..N-1 do
    let mutable k = 0
    while A.[i] <> 0 && A.[i] % p = 0 do
      A.[i] <- A.[i] / p
      k <- k + 1
    cnt.[i+1] <- cnt.[i] + k
  for i in 0..Q-1 do
    let mutable k = 0
    while P.[i] % p = 0 do
      P.[i] <- P.[i] / p
      k <- k + 1
    if cnt.[R.[i]] - cnt.[L.[i]] < k then
      ans.[i] <- false

for i in 0..Q-1 do
  if P.[i] <> 1 then ans.[i] <- false
  printfn "%s" (if ans.[i] then "Yes" else "NO")