3-1 The dimensions of the part in Fig. 3-3 are A'B' = 50 mm, B'C' = 40 mm, and the angle A'B'C' = 135º. The required fee

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answerhappygod
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3-1 The dimensions of the part in Fig. 3-3 are A'B' = 50 mm, B'C' = 40 mm, and the angle A'B'C' = 135º. The required fee

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3 1 The Dimensions Of The Part In Fig 3 3 Are A B 50 Mm B C 40 Mm And The Angle A B C 135o The Required Fee 1
3 1 The Dimensions Of The Part In Fig 3 3 Are A B 50 Mm B C 40 Mm And The Angle A B C 135o The Required Fee 1 (57.36 KiB) Viewed 30 times
3-1 The dimensions of the part in Fig. 3-3 are A'B' = 50 mm, B'C' = 40 mm, and the angle A'B'C' = 135º. The required feedrate is 100 mm/min, and the inverse-time method is applied. Use the word address format (available: n, g, x, y, and f) to write a manual NC program of the lines corresponding to the segments A'B' and B'C'. Assume that the radius of the cutter is negligible, the resolution is BLU = 0.01 mm, and incremental programming is used. Cutter radius Part Ас A' Cutter path А B Figure 3-3 Cutter radius compensation is required to calculate the cutter center part. Cutter
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