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Engineering, 13.07.2019 04:20 helloitschump0vfdz

For tool a, taylor's tool life exponent (n) is 0.45 and constant (k) is 90. similarly for tool b, n = 0.3 and k = 60. the cutting speed (in m/min) above which tool a will have a higher tool life than tool b is (a) 26.7 (b) 42.5 (c) 80.7 (d) 142.9

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For tool a, taylor's tool life exponent (n) is 0.45 and constant (k) is 90. similarly for tool b, n...

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