Mechanical Engineering Exam  >  Mechanical Engineering Tests  >  GATE Mechanical (ME) Mock Test Series 2025  >  Manufacturing Engineering - 2 - Mechanical Engineering MCQ

Manufacturing Engineering - 2 - Mechanical Engineering MCQ


Test Description

20 Questions MCQ Test GATE Mechanical (ME) Mock Test Series 2025 - Manufacturing Engineering - 2

Manufacturing Engineering - 2 for Mechanical Engineering 2024 is part of GATE Mechanical (ME) Mock Test Series 2025 preparation. The Manufacturing Engineering - 2 questions and answers have been prepared according to the Mechanical Engineering exam syllabus.The Manufacturing Engineering - 2 MCQs are made for Mechanical Engineering 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Manufacturing Engineering - 2 below.
Solutions of Manufacturing Engineering - 2 questions in English are available as part of our GATE Mechanical (ME) Mock Test Series 2025 for Mechanical Engineering & Manufacturing Engineering - 2 solutions in Hindi for GATE Mechanical (ME) Mock Test Series 2025 course. Download more important topics, notes, lectures and mock test series for Mechanical Engineering Exam by signing up for free. Attempt Manufacturing Engineering - 2 | 20 questions in 60 minutes | Mock test for Mechanical Engineering preparation | Free important questions MCQ to study GATE Mechanical (ME) Mock Test Series 2025 for Mechanical Engineering Exam | Download free PDF with solutions
*Answer can only contain numeric values
Manufacturing Engineering - 2 - Question 1

The shape factor for a cubic particle is ___________.


Manufacturing Engineering - 2 - Question 2

A copper wire is annealed at 250 mm diameter. The smallest diameter to which it could be theoretically drawn in 3 passes is

Detailed Solution for Manufacturing Engineering - 2 - Question 2

The maximum reduction possible under ideal conditions is given by

In one pass of = 1.52 mm

In second pass of = 1.52 × 0.607 = 0.922 mm

In third pass D i = 0.9222×0.607 = 0.56 mm

1 Crore+ students have signed up on EduRev. Have you? Download the App
Manufacturing Engineering - 2 - Question 3

The approximate roll load necessary to reduce 160 cm wide, 0.3 cm thick Al-slat to 0.25 cm thick in one pass, using 30 cm diameter rolls is ( 2 ) 0σ= 9.1 kg / mm

Manufacturing Engineering - 2 - Question 4

The forging load required to transform a 1 m long 1m diameter cylindrical bloom into a square section of equal area in a hydraulic press ( 2 ) 0σ= 450 kg / cm

Manufacturing Engineering - 2 - Question 5

Which one of the following is a continuous bending process in which opposing rolls are used to produce long sections of formed shapes from coil or strip stock?

Manufacturing Engineering - 2 - Question 6

Find the time required on the shaper to complete one cut on a plate 620 mm × 880 mm, if the cutting speed is 6 m/min. the return time to cutting time ratio is 1:5 and the feed is 3 mm/stroke. The clearance at each end is 75 mm.

Detailed Solution for Manufacturing Engineering - 2 - Question 6

Time required,

Manufacturing Engineering - 2 - Question 7

The maximum punch force required in punching a 30 mm diameter hole through 3 mm thick annealed aluminum alloy sheet at room temperature is (Take ultimate tensile strength of aluminum alloy as 1000 Mpa) 

Manufacturing Engineering - 2 - Question 8

For an orthogonal cutting process on mild steel, assume the following data 12
t = 0.3 mm, t = 0.85 mm, w = 2.5 mm, α= 9°, Ft = 800 N and Ft = 400 N . The ultimate shear stress τs of the work material is (N/mm2)

Detailed Solution for Manufacturing Engineering - 2 - Question 8

Given t t = 0.3 mm w = 2.5 mm

Manufacturing Engineering - 2 - Question 9

Which of the following forces causes power consumption in metal cutting operation?

*Answer can only contain numeric values
Manufacturing Engineering - 2 - Question 10

Find chip reduction co-efficient for the following data; work place material C25 steel, tool signature 0-10-6-7-8-90-1 mm, feed 0.3 mm/rev, depth of cut is 4 mm, chip thickness is 0.48 mm.


Detailed Solution for Manufacturing Engineering - 2 - Question 10

Chip reduction co-efficient 

Manufacturing Engineering - 2 - Question 11

A round rod of annealed bras 70-30 is being drawn from a diameter of 8 mm to a diameter of 4 mm at a speed of 0.8 m/s. (k = 895 MPa, n = 0.49)

Q.

The power required in this operation is

Manufacturing Engineering - 2 - Question 12

The percentage change in cutting speed required to give 60% of reduction in tool life (n = 0.3) is

Detailed Solution for Manufacturing Engineering - 2 - Question 12

There is 60% reduction in the tool life, that means

T2 = 0.4T1

V2 should be 31.6% higher than V1 for the required t2 reduciton in tool life.

Manufacturing Engineering - 2 - Question 13

While machining at 1 m/s, the tool life noted was 120 min. If a similar tool cuts at 25% higher speed, the tool life will be (Take n = 0.32 in the Taylor’s tool life equation)

Detailed Solution for Manufacturing Engineering - 2 - Question 13

Cutting speed in 25% higher i.e., 60 ×1.25= 75 mpm

Manufacturing Engineering - 2 - Question 14

The market price of a machine is Rs. 8000 and the discount allowed to distributors is 20% of the market price. For a certain period, it was found that the selling cost was half the factory cost. The material cost, labor cost, and overhead charges of the factory are in the ratio 1:3:2. If the material cost is Rs. 400, then the profit made by the factory on each machine is

Detailed Solution for Manufacturing Engineering - 2 - Question 14

Market price of machine = 8000/-Discount = 20% or 8000 = Rs. 2000 Selling price of the factor = 8000-2000 = Rs. 6000 Selling price = Factory cost + Admin Cost + Selling Expenses + Profit 4800 = F = 0.5F + P
4800 = 1.5F + P
Factor cost = material cost + Labour cost + Factory overheads = 400 + 1200 + 800 = Rs. 2400 4800 =1.5(2400) + P
P = Rs. 1200

Manufacturing Engineering - 2 - Question 15

The following part program is used for producing semi circular arc of radius 5 units.
N01 G00 G90 × 5.0 Y5.0 F500 LF
N05 G02 × 5.0 y – 5.0LF

The center of the arc is

Manufacturing Engineering - 2 - Question 16

Crate wear starts at some distance from the tool tip because

Manufacturing Engineering - 2 - Question 17

A 38 mm H.S.S drill is used to drill a hole in a cast iron block 150 mm thick at a cutting speed 30 m/min and feed 0.8 mm/rev. If the over travel of drill is 6 mm and approach 12 mm, the time required to drill the hole is

*Answer can only contain numeric values
Manufacturing Engineering - 2 - Question 18

Consider casing of metal having density 8 × 10-2 N/cc with vertical core having density 2 × 10-2 N/cc and size (all dimensions are in cm) as shown below. The net upward force acting on the core is _________ N.


Manufacturing Engineering - 2 - Question 19

Match List-I with List-II and select the correct answer using the codes given below the lists:

List – I (Moulding)

1. Shell moulding

2. Slush moulding

3. Centrifugal casting

4. Dry sand moulding

List – II (product)

(a) Rain water pipe

(b) Machine tool bed

(c) Cylinder block

(d) Turbine blade

(e) Hollow blade

Manufacturing Engineering - 2 - Question 20

Match List-I with List-II and select the correct answer using the codes given below the lists:

List–I (manufacturing process)

(a) Finish turning

(b) Forming

(c) Thread cutting

(d) Down milling

List–II (Conditions)

1. Back lash eliminator

2. Zero rate

3. Nose radiusing

4. Low speed

29 docs|220 tests
Information about Manufacturing Engineering - 2 Page
In this test you can find the Exam questions for Manufacturing Engineering - 2 solved & explained in the simplest way possible. Besides giving Questions and answers for Manufacturing Engineering - 2, EduRev gives you an ample number of Online tests for practice

Top Courses for Mechanical Engineering

Download as PDF

Top Courses for Mechanical Engineering