SSC JE Mechanical Engineering 25th Jan 2018 Shift-2
For the following questions answer them individually
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 111
The classification of the toothed wheels is shown according to the position of the axes of the shaft. Choose the type of toothed wheels which doesnot comes under this classification.
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 112
If the radius of the pitch circle of the gear profile is 50 mm and the value of addendum is 5 mm. Whatwill be the radius of the addendum circle?
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 113
What is the value of the sensitivity of the isochronous governor?
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 114
The curve formed by the face and the flank of the tooth is known as ............
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 115
The strength equation for the rivet in the single shear is given by ..............
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 116
The substance used in the reduction offriction between the two surfacesin the relative motion is known as ..........
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 117
Choose the principle which is NOT used in the solution making of the problem relatedto friction.
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 118
The term G and @ is also known as ............ and .......... respectively in the torsion equation $$\frac{T}{J} = \frac{\tau}{R} = \frac{G \theta}{L}$$
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 119
The value of the coefficient of friction between the box and the surface is 0.20 which prevents the box from sliding. If the box decelerates with ‘a’ (m/s$$^2$$), then calculate the deceleration, if the force applied is ‘ma’.
SSC JE Mechanical Engineering 25th Jan 2018 Shift-2 - Question 120
Calculate the value of shear stress (MPa) in the solid circular shaft of diameter 0.1 m which is subjected to the torque of 10 kNm.
