SECTION D 1. Explain with the aid of sketches the difference between single-point cutting and multiple-point cutting actions. 2. Name any four multiple-point cutting machines. [6] [4] 3. State any two safety rules concerning the user that must be observed when using a milling machine. [2] 4. State why the average speed for turning aluminum is higher than that for brass and mild steel. 5. Calculate the spindle speed in revolutions per minute of 46 mm diameter mild steel rod. [4] [3] Given that: Spindle Speed in r.p.m= cutting speed in m/mx100 PiexDiameter of work in mm 6. What cutting fluids must be used when turning aluminum and steel? [2] 7. With the aid of sketches differentiate between straight knurling and diamond knurling. [4] Total: 25 Marks Page 3 of 3 Turn Over
SECTION D 1. Explain with the aid of sketches the difference between single-point cutting and multiple-point cutting actions. 2. Name any four multiple-point cutting machines. [6] [4] 3. State any two safety rules concerning the user that must be observed when using a milling machine. [2] 4. State why the average speed for turning aluminum is higher than that for brass and mild steel. 5. Calculate the spindle speed in revolutions per minute of 46 mm diameter mild steel rod. [4] [3] Given that: Spindle Speed in r.p.m= cutting speed in m/mx100 PiexDiameter of work in mm 6. What cutting fluids must be used when turning aluminum and steel? [2] 7. With the aid of sketches differentiate between straight knurling and diamond knurling. [4] Total: 25 Marks Page 3 of 3 Turn Over
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![SECTION D
1. Explain with the aid of sketches the difference between single-point
cutting and multiple-point cutting actions.
2. Name any four multiple-point cutting machines.
[6]
[4]
3. State any two safety rules concerning the user that must be observed
when using a milling machine.
[2]
4. State why the average speed for turning aluminum is higher than that
for brass and mild steel.
5. Calculate the spindle speed in revolutions per minute of 46 mm
diameter mild steel rod.
[4]
[3]
Given that:
Spindle Speed in r.p.m=
cutting speed in m/mx100
PiexDiameter of work in mm
6. What cutting fluids must be used when turning aluminum and steel?
[2]
7. With the aid of sketches differentiate between straight knurling and
diamond knurling.
[4]
Total: 25 Marks
Page 3 of 3
Turn Over](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2006393e-c97e-4081-8173-0190425f3dd9%2F0f0a28ef-731b-4d9d-aea0-a71fb346b51d%2Fg91xexa_processed.jpeg&w=3840&q=75)
Transcribed Image Text:SECTION D
1. Explain with the aid of sketches the difference between single-point
cutting and multiple-point cutting actions.
2. Name any four multiple-point cutting machines.
[6]
[4]
3. State any two safety rules concerning the user that must be observed
when using a milling machine.
[2]
4. State why the average speed for turning aluminum is higher than that
for brass and mild steel.
5. Calculate the spindle speed in revolutions per minute of 46 mm
diameter mild steel rod.
[4]
[3]
Given that:
Spindle Speed in r.p.m=
cutting speed in m/mx100
PiexDiameter of work in mm
6. What cutting fluids must be used when turning aluminum and steel?
[2]
7. With the aid of sketches differentiate between straight knurling and
diamond knurling.
[4]
Total: 25 Marks
Page 3 of 3
Turn Over
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