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Initial domains 1A: { ant big bus car has } 1D: { book buys hold lane year } PowerPoint Presentation
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Initial domains 1A: { ant big bus car has } 1D: { book buys hold lane year }

Initial domains 1A: { ant big bus car has } 1D: { book buys hold lane year }

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Initial domains 1A: { ant big bus car has } 1D: { book buys hold lane year }

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  1. Initial domains 1A: { ant big bus car has } 1D: { book buys hold lane year } 2D: { symbol syntax } 3A: { book buys hold lane year beast ginger search} 4A: {: { ant big bus car has }

  2. Domains 1A: { ant big bus car has } 1D: { book buys hold lane year } 2D: { symbol syntax } 3A: { book buys hold lane year beast ginger search} 4A: {: { ant big bus car has } TDA = { (1A, 1A[1] = 1D[1]), (1A, 1A[3] = 2D[1]), (1D, 1D[3] = 3A[1]), (2D, 2D[3] = 3A[3]), (1D, 1A[1] = 1D[1]), (2D, 1A[3] = 2D[1]), (3A, 1D[3] = 3A[1]), . . .

  3. Domains 1A: { ant big bus car has } 1D: { book buys hold lane year } 2D: { symbol syntax } 3A: { book buys hold lane year beast ginger search} 4A: {: { ant big bus car has } TDA = { (1A, 1A[1] = 1D[1]), (1A, 1A[3] = 2D[1]), (1D, 1D[3] = 3A[1]), (2D, 2D[3] = 3A[3]), (1D, 1A[1] = 1D[1]), (2D, 1A[3] = 2D[1]), (3A, 1D[3] = 3A[1]), . . .

  4. Domains 1A: { antbig bus car has } 1D: { book buys hold lane year } 2D: { symbol syntax } 3A: { book buys hold lane year beast ginger search} 4A: {: { ant big bus car has } TDA = { (1A, 1A[1] = 1D[1]), (1A, 1A[3] = 2D[1]), (1D, 1D[3] = 3A[1]), (2D, 2D[3] = 3A[3]), (1D, 1A[1] = 1D[1]), (2D, 1A[3] = 2D[1]), (3A, 1D[3] = 3A[1]), . . .

  5. Domains 1A: { antbig bus car has } 1D: { book buys hold laneyear } 2D: { symbol syntax } 3A: { book buys hold lane year beast ginger search} 4A: {: { ant big bus car has } TDA = { (1A, 1A[1] = 1D[1]), (1A, 1A[3] = 2D[1]), (1D, 1D[3] = 3A[1]), (2D, 2D[3] = 3A[3]), (1D, 1A[1] = 1D[1]), (2D, 1A[3] = 2D[1]), (3A, 1D[3] = 3A[1]), . . .

  6. Domains 1A: { antbig bus car has } 1D: { book buys hold laneyear } 2D: { symbol syntax } 3A: { book buys hold lane year beast ginger search} 4A: {: { ant big bus car has } TDA = { (1A, 1A[1] = 1D[1]), (1A, 1A[3] = 2D[1]), (1D, 1D[3] = 3A[1]), (2D, 2D[3] = 3A[3]), (1D, 1A[1] = 1D[1]), (2D, 1A[3] = 2D[1]), (3A, 1D[3] = 3A[1]), . . .

  7. Domains 1A: { antbig bus car has } 1D: { book buys hold laneyear } 2D: { symbol syntax } 3A: { book buys hold lane year beast ginger search} 4A: {: { ant big bus car has } TDA = { (1A, 1A[1] = 1D[1]), (1A, 1A[3] = 2D[1]), (1D, 1D[3] = 3A[1]), (2D, 2D[3] = 3A[3]), (1D, 1A[1] = 1D[1]), (2D, 1A[3] = 2D[1]), (3A, 1D[3] = 3A[1]), . . .

  8. Domains 1A: { antbig bus car has } 1D: { book buys hold laneyear } 2D: { symbol syntax } 3A: { bookbuyshold lane year beastgingersearch} 4A: {: { ant big bus car has } TDA = { (1A, 1A[1] = 1D[1]), (1A, 1A[3] = 2D[1]), (1D, 1D[3] = 3A[1]), (2D, 2D[3] = 3A[3]), (1D, 1A[1] = 1D[1]), (2D, 1A[3] = 2D[1]), (3A, 1D[3] = 3A[1]), . . .

  9. Domains 1A: { antbig bus car has } 1D: { book buys hold laneyear } 2D: { symbol syntax } 3A: { bookbuyshold lane year beastgingersearch} 4A: {: { ant big bus car has } TDA = { (1A, 1A[1] = 1D[1]), (1A, 1A[3] = 2D[1]), (1D, 1D[3] = 3A[1]), (2D, 2D[3] = 3A[3]), (1D, 1A[1] = 1D[1]), (2D, 1A[3] = 2D[1]), (3A, 1D[3] = 3A[1]), (3A, 2D[3] = 3A[3]) (2D, 2D[5] = 4A[1]) (4A, 2D[5] = 4A[1]))