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FAQ

: i ii i.

⇐ 11121314151617181920 ⇒



: i '.

 

i

i i ( 'i).

ii ( /), i i , ii i, i i i.

 

i

 

Iii i

i i i /
       
  A = B * MC A, B - , MC - . A B MC  
  A = (B + Z) * MX A, B, Z - , MX - . A B, Z MX  
  MA = a * (MB + MC) MA, MB, MC - i, a - . MB MA MC a
  MA = MB * MC - a * MX MA, MB, MC, MX - i, a - . MA, a MC   MB, MX
  a = max(B * MZ) B - , MZ - , a - . a B MZ  
  a = min(E * MT - MZ) E - , MT, MZ - i, a - . a E MT MZ
  A = B * (MX + MY) A, B - , MX, MY - i. MY MX A B
  MA = MB * (MZ - MO) MA, MB, MO, MZ - i. MA MB MO MZ
  a = (B * (C + Z)) B, C, Z - , a - . a B C Z
  MA = a * MO * (MB - MZ) MA, MB, MZ, MO - i, a - . MA, a MB MZ MO
  A = (B + C) * (MX - MY) A, B, C - , MX, MY - i. A, C B MX MY
  A = (B - C + D) * MO A, B, C, D - , MO - . C B, D A MO
  MX = MY * (MR - a * MT) MX, MY, MR, MT - i, a - . a, MY MR MT MX
  Z = B * MO - a * R B, R, Z - , MO - , a - . R, Z a MO B
  MA = MB * (MZ - ME * MT) MA, MB, ME, MT, MZ - i. MA, MZ MB ME MT
  a = max(MB - a * MZ) a - , MB, MZ - i, a - . a MB a MZ
  a = min(a * MO + MT) a - , MO, MT - i, a - . a a MO MT
  a = a * min(MT * ME) a - , MT, ME - i, a - . a a MT, ME  
  a = max(B * MT + ME) a - , B - , MT, ME - i. a MT, ME   B
  MA = (MB * MZ) + a * MR MA, MB, MZ, MR - i, a - . MA, MB a MZ MR
  MA = a * (MB * MZ) - MR MA, MB, MZ, MR - i, a - . MA, a MZ MB MR
  MA = a * (MB + MZ * MO) MA, MB, MZ, MO - i, a - . MZ, a MA MO MB
  MA = a * MX + MZ * MO MA, MX, MZ, MO - i, a - . MA a, MX MZ MO
  MA = a * MB + b * MC + g * MD MA, MB, MC, MD - i, a, b, g - . a, b, g, MA MB MC MD
  MA = a * (b * MB + g * MC) MA, MB, MC - i, a, b, g - . a, MA MB b, g MC
  a = max(a * MA + b * MB) a - , MA, MB - i, a, b - . a MA a, b MB
  MA = a * MB + b * (MC + g * MD) MA, MB, MC, MD - i, a, b, g - . a, MA MB b, g, MC MD
  MA = MB * (a * MC + b * MD) MA, MB, MC, MD - i, a, b - . a, b, MA MB MC MD
  A = B * MB + C * (MC + a * MD) A, B, C - , MB, MC, MD - i, a - . a, A, B, C MB MC MD
  MA = MB * MC - a * MD MA, MB, MC, MD - i, a - . a, MA MB MC MD
  a = a * max(MA * MB - b * MC) a - , MA, MB, MC - i, a, b - . a, a, b MA MB MC

 

 

i 2.

: i i ii i.

: i '.

 

i

, i i i i.

ii ( /), i i , ii i, i i i.

ii i .

i i i ii i, .

ii .

 

i

 

Iii i

  1. A[n, n] B[n, n], 1.0, i C[n, n]. i:
    C[i, j] = A[i, j] + B[i, j], 0 < i < n, 0 < j < n.
    . , n .

 

  1. , . f(x) = sin(x) * exp(x). ( ).

 

  1. , , . f(x) = sin(x) * exp(x). epsilon.

 

  1. N . , .

 

  1. T M, i j T[i, j] = M[j, i]. , n n. P . , n .

 

  1. T M, i j T[i, j] = M[j, i]. , n n. P . , n .

 
  1. , : ' . . , . stdout.

 

  1. A[n]. ϳ .

 

  1. A[n] B[n]. . A[n] . B[n].

 

  1. A1 i A2 N. i i P = A1 + A2. i N/4 .

 

  1. A N. i . i N/6 i.

 

  1. A N. i i i. i N/8 i.

 

  1. A N. i i i. i N/5 i.

 

  1. A N. i ii i. i N/7 i.

 

  1. , ii ii N. i i i. , i . i i i, i i .

 

  1. , M i N i (M > N). , M i i. ( ).

 

  1. , M i N i (M > N). , N i ii i. ( ).

 

  1. i ii N x N 2 * N - 3 i .

 

  1. i ii N x N 2 , i i i , i .

 

  1. i G n ii . , i ii i . i 2 * n - 3 i .

 

  1. i G n ii . , i ii i . i n - 1 i.

 

  1. G n ii . , i, i . i 2 * n - 3 i .

 

  1. G n ii . , i, i . i n - 1 i.

 

  1. , i i, i T. :
    R = a * sin(w * T + phi).
    ii i.

 

  1. , i i, i T. :
    R = a * sin(w * T + phi).
    ii i.

 

 


 

i 3.

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