Question 1

The figure shown is an example of

Accepted Answer

Eccentric turning

Answer

Taper turning

Answer

Parallel turning

Answer

Taper turning

Question 2

The figure shown is an application of

Accepted Answer

Eccentric turning

Answer

Concentric turning

Answer

Taper turning

Answer

Face turning

Question 3

The workpiece diameters that have only one axis is called

Accepted Answer

Concentric

Answer

Taper

Answer

Between Centers

Answer

Eccentric

Question 4

The holding method used in eccentric turning shown in figure is

Accepted Answer

between centers

Answer

Faceplate

Answer

Three jaw chuck

Answer

Four jaw chuck

Question 5

The eccentric workpiece has

Accepted Answer

more than one axis

Answer

Concentrate axis

Answer

one axis

Answer

perpendicular axis

Question 6

Which machine is used to produce an eccentric job?

Accepted Answer

Center lathe machine

Answer

Milling machine

Answer

Drilling machine

Answer

Shaping machine

Question 7

Number of axes  in shaft shown in figure is

Accepted Answer

2

Answer

1

Answer

3

Answer

4

Question 8

Eccentric diameter in the figure is number

Accepted Answer

1

Answer

3

Answer

2

Answer

4

Question 9

Eccentric diameter in the figure is number

Accepted Answer

3

Answer

1

Answer

2

Answer

4

Question 10

The holding method shown in figure is

Accepted Answer

Four jaw chuck

Answer

Face plate

Answer

Three jaw chuck

Answer

between centers

Question 11

The holding method used in eccentric turning shown in figure is

Accepted Answer

Face plate

Answer

between centers

Answer

Four jaw chuck

Answer

Three jaw chuck

Question 12

The holding method used to make an eccentric hole as shown is

Accepted Answer

Four jaw chuck

Answer

Three jaw chuck

Answer

Faceplate

Answer

between centers

Question 13

Irregular shapes as shown can be clamped by

Accepted Answer

Face Plate

Answer

Four jaw chuck

Answer

Three jaw chuck

Answer

Between centers

Question 14

The holding method that need balance for the work is

Accepted Answer

Face Plate

Answer

Between centres

Answer

4 jaw chuck

Answer

3 jaw chuck

Question 15

The advantage of holding method shown can be

Accepted Answer

removed & reset easily

Answer

bored

Answer

drilled

Answer

taked heavy cut

Question 16

The advantage of holding method shown is

Accepted Answer

Heavy cut can be taken

Answer

For long jobs

Answer

Need balance

Answer

Easy to remove job and reset again

Question 17

The advantage of holding method shown is

Accepted Answer

For regular and irregular shapes

Answer

No boring operation

Answer

Easy to remove job and reset again

Answer

For long jobs

Question 18

The Disadvantage of holding method shown is

Accepted Answer

No boring operation

Answer

Easy to remove job and reset again

Answer

For long jobs

Answer

Setting up takes time

Question 19

The Disadvantage of holding method shown is

Accepted Answer

Setting up takes time

Answer

No drilling operation

Answer

Need balancing job

Answer

No boring operation

Question 20

What is “E” in the formula 
   E="D -  d" /2

Accepted Answer

Eccentric distance

Answer

Big Diameter of work

Answer

Concentric distance

Answer

Small eccentric diameter

Question 21

What is “D” in the formula 
   E="D -  d" /2

Accepted Answer

Big Diameter of work

Answer

Small eccentric diameter

Answer

Eccentric distance

Answer

Concentric distance

Question 22

What is “d” in the formula 
   E="D -  d" /2

Accepted Answer

Small eccentric diameter

Answer

Eccentric distance

Answer

Concentric distance

Answer

Big Diameter of work

Question 23

One of the application of eccentric part shown in figure is

Accepted Answer

Power Hacksaw  mechanism

Answer

Taper turning attachment

Answer

Car Engine Crankshaft

Answer

Compound slide spindle

Question 24

One of the application of eccentric part shown in figure is

Accepted Answer

Car Engine Crankshaft

Answer

Power Hacksaw  mechanism

Answer

Taper turning attachment

Answer

Compound slide spindle

Question 25

Number of eccentric diameters in shaft shown in figure is

Accepted Answer

6

Answer

5

Answer

4

Answer

7

Question 26

The Value of Eccentric distance “E” in the figure equals

Accepted Answer

10 mm

Answer

8 mm

Answer

9 mm

Answer

7 mm

Question 27

What is the Value of Eccentric distance “E” in the figure shown?

Accepted Answer

10 mm

Answer

9 mm

Answer

8 mm

Answer

7 mm

Question 28

Calculate the eccentric distance “E” in the figure?

Accepted Answer

5 mm

Answer

7 mm

Answer

4 mm

Answer

6 mm

Question 29

Car engine crankshaft is an application of

Accepted Answer

Eccentric turning

Answer

Concentric turning

Answer

Taper turning

Answer

Boring

Question 30

The figure shown is an example of

Accepted Answer

Concentric turning

Answer

Eccentric turning

Answer

Parallel turning

Answer

Taper turning

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