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GRINIDING MACHINE

Total questions: 20

Worksheet time: 30mins

Name
Class
Date
1.

What factor influences the grinding allowance in grinding machines?

a)

The material of the grinding wheel

b)

The type of coolant used

c)

The required accuracy, size of workpiece, and previous machining operations

d)

The speed of the grinding wheel

2.

What type of wheel is commonly used on a typical horizontal spindle reciprocating-table grinder?

a)

Round-shaped wheel

b)

Straight-shaped wheel

c)

Conical-shaped wheel

d)

Cylindrical-shaped wheel

3.

What is the function of the adjustable dogs (4) on a horizontal spindle reciprocating-table grinder?

a)

To set up the speed of the grinding wheel

b)

To adjust the depth of cut

c)

To reverse the table travel at the ends of the stroke

d)

To secure the workpiece on the table

4.

What is the purpose of the T-slots on the table (2) of a horizontal spindle reciprocating-table grinder?

a)

For adjusting the speed of the table

b)

For clamping workpieces directly or clamping grinding fixtures or a magnetic chuck

c)

For mounting the grinding wheel

d)

For controlling the hydraulic flow

5.

What is the main characteristic of Creep Feed Grinding (CFG)?

a)

The workpiece is fed quickly past the wheel

b)

A shallow depth of cut is used

c)

The wheel is not dressed continuously

d)

A large depth of cut (1–6 mm) is taken in a single pass

6.

Which type of machine is primarily used for grinding external cylindrical surfaces, such as crankshaft bearings, spindles, and shafts?

a)

Surface grinding machine

b)

Cylindrical grinding machine

c)

Pedestal grinder

d)

Bench grinder

7.

In traverse cylindrical grinding, how does the grinding wheel move?

a)

It only rotates about its axis

b)

It rotates and moves intermittently in a crosswise motion at the ends of the traverse stroke

c)

It only moves longitudinally

d)

It does not move, only the workpiece moves

8.

What is one of the difficulties encountered in internal grinding due to the small size of the grinding wheel (GW) and spindle?

a)

The reduced rigidity of the small spindles makes it impossible to take heavy cuts

b)

The inability to rotate the wheel at high speeds

c)

Excessive coolant usage

d)

The workpiece cannot be fed through the machine

9.

When is grinding typically performed in the manufacturing process?

a)

It is usually the first operation

b)

It is one of the final operations performed on manufactured products

c)

It is performed at random stages of manufacturing

d)

It is only performed during rough machining

10.

What is abrasive machining primarily used for?

a)

Cutting metals only

b)

Finishing hard materials and hardened steels

c)

Only for cleaning surfaces

d)

Polishing plastics

11.

Abrasive machining is used for cutting off which of the following?

a)

Soft metals

b)

Hardened shafts, masonry, granite, and concrete

c)

Wood and rubber

d)

Paper and cardboard

12.

What does the high cutting speed of the grinding wheel (GW) provide in terms of the grinding process?

a)

It reduces the dimensional and form accuracy.

b)

It provides high dimensional and form accuracy along with high surface quality.

c)

It increases the material removal rate significantly.

d)

It leads to lower surface quality and rough finishes.

13.

What is one of the key benefits of grinding in terms of dimensional accuracy and surface finish?

a)

It requires a long time to achieve accurate dimensions and smooth surfaces.

b)

It can achieve very accurate dimensions and smoother surfaces in a very short time.

c)

It cannot achieve high accuracy in dimensions and surface finish.

d)

It only works for rough surfaces, not smooth ones

14.

What distinguishes grinding wheels (GWs)?

a)

Their bond type only

b)

Their abrasive material only

c)

Their shapes, sizes, and manufacturing characteristics

d)

Their color

15.

Which of the following is classified as a conventional abrasive?

a)

CBN

b)

Diamond

c)

Silicon carbide

d)

CBN and Diamond

16.

Which of the following sieve sizes belongs to the coarse category?

a)

30, 36, 46

b)

70, 80, 90

c)

10, 12, 14

d)

220, 240, 280

17.

What does the wheel grade of a grinding wheel (GW) measure?

a)

The size of the abrasive grains

b)

The force holding the grains

c)

The hardness of the wheel material

d)

The temperature resistance of the wheel

18.

Which of the following is a standard bond type for a grinding wheel?

a)

Polished bond

b)

Metallic bond

c)

Composite bond

d)

Diamond bond

19.

What is the purpose of Shape 2 in grinding?

a)

For surface grinding

b)

For grinding with the periphery or side of the wheel

c)

For tool sharpening

d)

For cylindrical surface grinding

20.

What can happen if a grinding wheel (GW) is not balanced properly?

a)

Increased speed and efficiency

b)

A more accurate surface finish

c)

Serious damage, including wheel breakage and injury

d)

A smoother grinding operation