16-18 Answer it correctly and this is Asap I will rate helpful if fast and perfect 16) Cutting Speed is expressed asa) Surface feet per secondb) Surface Feet per minutec) Inches per minuted) Surface feet per revolution17) The Feed Rate on a Conventional lathe is measured ina) Feet per minuteb) Inches per Revolutionc) Inches per minuted) Inches per tooth18) From a feed and Speed chart we find that a single point lathe tool is given a cutting speed of100 FPM and a feed per revolution 0.007. If the diameter of the Workpiece is 1.25 inchesWhat is the correct RPM and Feed rate used on the Lathe?a) 320 RPM and 0.007 IPRb) 100 RPM and 7IPMc) 3200RPM and 0.007 IPRd) 125 RPM and 0.007 IPR

16. The correct answer is:b) Surface Feet per Minute Cutting speed is generally represented in…

Answered: 16) Cutting Speed is expressed as a)…

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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4-6
6-Internal or external tapers on a turret lathe can be turned by... a) Face turning attachment. b) Taper turning attachment c) Sliding attachment. d) Morse taper attachment. 1
37) What is the nominal included angle of a Standard Countersink drill a) 30 Degrees b) 82 Degrees c) 90 Degrees d) 118 Degrees 38) Convert 47/64 inch to Millimeters a) 18.653 mm b) 17.830 mm c) 18.550 mm d) 16.852 mm 39) Calculate the RPM and Feed Rate for a 1.750 Diameter Carbide 5 tooth Cutter when machining Cast Iron. Recommended Cutting Speed is 190FPM Feed per tooth is 0.006 inch.? a) 314 rpm, 9.42 ipm b) 414 rpm, 12.442 ipm c) 514 rpm, 15.42 ipm d) 313 rpm, 13.23 ipm 40) What is the reading on the 0-1 inch micrometer? a) 0.625 b) 0.635 c) 0.638 d) 0.610 11 TT 71
Spinning at 10.0 revolutions per second (rev/s). The diameter of the electric drill bit is 4.00 mm. What is the linear speed of a point on the surface of the drill bit, in meters per second? Show computations a) 0.126 m/sec b) 0.105 m/sec c) 0.150 m/sec d) 0.160 m/sec
Please typing answer only IENG 302 - Manufacturing Processes: We are reducing the diameter of a 95.8 mm cylinder to 30.04 mm using 7 roughing passes and 3 finishing passes. The finishing operations use a depth of cut of 1.51 mm. The roughing operations are performed with a feed rate of 9.61 mm/s and the finishing operation is performed with a feed rate of 11.31 mm/s. a) What is the depth of cut for a roughing pass? b) What is the rate of material removal (mm^3/s) for the third roughing pass? c) What is the rate of material removal (mm^3/s) for the final finishing pass? d) What is the average rate of material removal (mm^3/s) for the roughing operations?
system, the driver gear ear's axle by a certain small motor. Hand drills pm) are the number ocity ratio (VR) is abling гор task 2 Calculate mechanical advantage for gears using ratios n your own. rook at the gear train in Figure 15. Driver gear Teeth = 25 90 rpm ar the driver, the has 40 what is 04 cm 012 cm Driven gear Teeth = 75 2. d) b) a) Figure 15 Determine how many times the driven gear will rotate for every full rotation of the driver gear. Use the gear wheel diameter formula. Use the tooth ratio formula to calculate the gear ratio of the gear train. (3) Calculate the output speed of the driven gear. Look at the gear train in Figure 16. Calculate the velocity ratio of the driven gear. Calculate the velocity ratio in revolutions per minute at gear C. Driver gear Teeth = 15 Idler gear Teeth = 45 (4) (3) (3) (8) Figure 16 A B Driven gear Teeth = 5
22-25.
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5) Reaming is a process of enlarging a hole to obtain a precise hole diameter and good surface finish. a) True b) False 6) Cutting Speed is expressed as a) Surface feet per second b) RPM c) Inches per minute d) Surface feet per minute 7) Reaming is a process of a) Cutting threads in a Workpiece b) Making a precise hole in a Workpiece c) Making shape for a Socket flathead cap screw in a Workpiece d) Making shape for a Socket head cap screw in a Workpiece. 8) Tapping is a process of a) Cutting threads in a Workpiece b) Making precise hole in a Workpiece c) Making shape for a Socket Flathead cap screw in a workpiece d) Making shape for a Socket head cap screw in a Workpiece
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