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AE17403 MoM Unit 4

Total questions: 11

Worksheet time: 7mins

Name
Class
Date
1.

When the inertial effect due to the mass of the machine components are neglected, then the analysis is known as

a)

Static force analysis

b)

Dynamic force analysis

c)

Kinematic analysis

d)

Non- Inertia analysis

2.

Which of the following link in a static force analysis doesn’t requires free body diagram

a)

Crank

b)

Connecting Rod

c)

Coupler

d)

Fixed Link

3.

The net effective force applied on the piston along the line of stroke is

a)

Crank effort

b)

Crank pin effort

c)

Inertial effort

d)

Piston effort

4.

In High speed IC engines, the combined effect of mass of the piston and connecting rod is an example of which type of force analysis

a)

Static force analysis

b)

Dynamic force analysis

c)

Vibration analysis

d)

Steady State analysis

5.

Calculate torque acting on the crank, if tangential force acting on the engine is 125 kN and 15 mm is the crank radius.

a)

187 kN m

b)

18.75 N m

c)

1875 N m

d)

1875 kN m

6.

Principle is used to reduce a dynamic problem into an equivalent static problem.

a)

Principle of superposition

b)

Coulomb principle

c)

Maxwell reciprocal theorem

d)

D-Alembert’s principle

7.

If the crank and the connecting rod are 300 mm and 1 m long, the obliquity ratio "n" is

a)

4.33

b)

2.33

c)

1.33

d)

3.33

8.

If crank angle theta = 30 degree,obliquity ratio n= 4 ,then angle possed by connecting rod ( i.e.pie) along the line of stroke is

a)

13.5

b)

12.5

c)

125

d)

135

9.

The net effective steam pressure on the piston is 0.5 N/mm2,The diameter of the piston is 300 mm,then the net load on the piston is

a)

35.350 kN

b)

35860 N

c)

35350 N

d)

45460 KN

10.

A equivalent dynamical system,should satisfy how many conditions

(a)  

11.

You may miss IPL ,Hope you remember this bat called the Mangoose bat...

Which property of solids makes it to be more efficient?

that applies to the shape of connecting rod in a steam engine

a)

Centre of gravity

b)

Polar moment of inertia

c)

Mass moment of inertia

d)

Moment of Inertia