Explore topic-wise MCQs in Manufacturing Engineering.

This section includes 19 Mcqs, each offering curated multiple-choice questions to sharpen your Manufacturing Engineering knowledge and support exam preparation. Choose a topic below to get started.

1.

Sintering is done to _____________

A. increase final strength
B. decrease final strength
C. initially increase and then to decrease the strength
D. initially decrease and then to increase the strength
Answer» B. decrease final strength
Discussion
2.

Powder of various and non-ferrous material which becomes brittle on heating, can be formed using?

A. Atomization
B. Reduction
C. Crushing
D. Electrolysis
Answer» D. Electrolysis
Discussion
3.

Production of pure powder of iron and copper can be effectively done using?

A. Atomization
B. Reduction
C. Crushing
D. Electrolysis
Answer» E.
Discussion
4.

Formation of metal powder to use in powder metallurgy by reducing some compound with CO or other molecules is known as?

A. Atomization
B. Reduction
C. Crushing
D. Electrolysis
Answer» C. Crushing
Discussion
5.

Process of forming metal powder by directing molten metal through an orifice after which it is break into small particle using high pressure fluid is known as?

A. Atomization
B. Reduction
C. Crushing
D. Electrolysis
Answer» B. Reduction
Discussion
6.

In powder metallurgy, range of particle size (in microns) is?

A. 4 to 200
B. 0.300 to 0.003
C. 100 to 2000
D. 5000 to 6000
Answer» B. 0.300 to 0.003
Discussion
7.

Complex shape can be formed effectively using?

A. Powder metallurgy
B. Turning
C. Sand casting
D. Metal casting
Answer» B. Turning
Discussion
8.

Wastage of material in powder metallurgy as scrap is ____________

A. large
B. small
C. depends on other factors
D. medium
Answer» C. depends on other factors
Discussion
9.

What is the dimensional accuracy in powder metallurgy?

A. High
B. Medium
C. Low
D. Sometimes high and sometimes low
Answer» B. Medium
Discussion
10.

POWDER_OF_VARIOUS_FERROUS_AND_NON_FERROUS_MATERIAL_WHICH_BECOMES_BRITTLE_ON_HEATING,_CAN_BE_FORMED_USING?$

A. Atomization
B. Reduction
C. Crushing
D. Electrolysis
Answer» D. Electrolysis
Discussion
11.

Sintering_is_done_to$

A. Decrease final strength
B. Decrease strength
C. Increase final strength
D. None of the mentioned
Answer» B. Decrease strength
Discussion
12.

Production of pure powder of iron and copper can be effectively done usin?

A. Atomization
B. Reduction
C. Crushing
D. Electrolysis
Answer» E.
Discussion
13.

Formation of metal powder to use in powder metallurgy by reducing some compound with CO or other molecules is known as

A. Atomization
B. Reduction
C. Crushing
D. Electrolysis
Answer» C. Crushing
Discussion
14.

Process of forming metal powder by directing molten metal through an orifice after which it is break into small particle using high pressure fluid is known as

A. Atomization
B. Reduction
C. Crushing
D. Electrolysis
Answer» B. Reduction
Discussion
15.

Range of particle size in powder to be used for powder metallurgy in microns should vary from

A. 4 to 200
B. 0.300 to 0.003
C. 100 to 2000
D. 5000 to 6000
Answer» B. 0.300 to 0.003
Discussion
16.

Complex shape can be formed effectively using

A. Powder metallurgy
B. Turning
C. Sand casting
D. Metal casting
Answer» B. Turning
Discussion
17.

Wastage of material in powder metallurgy as scrap is

A. Large
B. Small
C. Depends on other factor
D. None of the mentioned
Answer» C. Depends on other factor
Discussion
18.

Dimensional accuracy in powder metallurgy is

A. High
B. Medium
C. Low
D. None of the mentioned
Answer» B. Medium
Discussion
19.

Porous product can be effectively produced using powder metallurgy.

A. True
B. False
Answer» B. False
Discussion