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Q3 Provided below is the Tool life data for cutting low carbon steel with HSS tool . Draw the tool life relation and 1- find the n and c exponent for the tool life equation 2- find the cutting speed for 14 min tool life Cutting Speed (ft/min) 250 180 150 100 Tool Life (min) 2 10 30

Q3 Provided below is the Tool life data for cutting low carbon steel with HSS tool . Draw the tool life relation and 1- find the n and c exponent for the tool life equation 2- find the cutting speed for 14 min tool life Cutting Speed (ft/min) 250 180 150 100 Tool Life (min) 2 10 30

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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**Tool Life and Cutting Speed Analysis** **Question 3:** Provided below is the tool life data for cutting low carbon steel with a High-Speed Steel (HSS) tool. **Tasks:** 1. **Find the n and c exponents for the tool life equation.** 2. **Determine the cutting speed for a 14-minute tool life.** **Data:** - **Cutting Speed (ft/min):** 250, 180, 150, 100 - **Tool Life (min):** 2, 5, 10, 30 **Instructions:** 1. **Tool Life Equation:** - Use the given data to derive the tool life equation. - Plot the data to find the relationship and calculate the exponents. 2. **Calculation:** - Use the derived equation to find the cutting speed necessary for a tool life of 14 minutes. This exercise aims to help in understanding the relationship between cutting speed and tool life, which is crucial for optimizing machining processes.
Transcribed Image Text:**Tool Life and Cutting Speed Analysis** **Question 3:** Provided below is the tool life data for cutting low carbon steel with a High-Speed Steel (HSS) tool. **Tasks:** 1. **Find the n and c exponents for the tool life equation.** 2. **Determine the cutting speed for a 14-minute tool life.** **Data:** - **Cutting Speed (ft/min):** 250, 180, 150, 100 - **Tool Life (min):** 2, 5, 10, 30 **Instructions:** 1. **Tool Life Equation:** - Use the given data to derive the tool life equation. - Plot the data to find the relationship and calculate the exponents. 2. **Calculation:** - Use the derived equation to find the cutting speed necessary for a tool life of 14 minutes. This exercise aims to help in understanding the relationship between cutting speed and tool life, which is crucial for optimizing machining processes.
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