23-02-2015, 07:32 PM
Plz sir i need previous year question paper. Help me plz
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csvtu previous question paper eee 8th sem
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Plz sir i need previous year question paper. Help me plz
23-03-2017, 02:56 PM
UNIT I
Q.1 (a) A barge is pulled by two tugs. If the resultant of the tugs is a force of 5000N directed along the axis of the barge.
Determine the value of a graph such that the voltage on the AC string is minimum. Also find the magnitude of the forces on the strings A
And AB.
![[Image: fig-pg-107-1-300x195.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-107-1-300x195.jpg)
(B) A hollow cylinder of radius r is open at both ends and faces in a smooth horizontal plane. Two sphere with weights wl and w2
And radial r1 and r2 respectively are placed inside the cylinder as shown. Find the minimum cylinder weight W for
Do not lean over. Neglect friction.
![[Image: fig-pg-107-2-300x225.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-107-2-300x225.jpg)
© Two prismatic bars AB of length i and of negligible weight are articulated in A and supported in B by a rope that they have on a pulley C.
A vertical load of W applied at the end of the B is supported by a force P applied to the rope. Show that the bar compression
AB is constant for the entire value of α.
![[Image: fig-pg-107-3-300x234.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-107-3-300x234.jpg)
UNIT II
Q.2 (a) A cantilever beam is loaded and supported as shown. Find axial force of magnitude k in the AC member. Also find the axial
Strength in CD member using section method.
![[Image: fig-pg-108-1-300x141.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-108-1-300x141.jpg)
(B) An armature is loaded and supported as shown in Fig. 2.40 find the axial forces in the elements BD, CD and CE
![[Image: fig-pg-108-2-300x117.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-108-2-300x117.jpg)
© A beam AB is driven by the uniformly distributed load 2 kN / m by two forces P and Q. It has experimentally determine
That the bending moment is 172 kN -m at the point and 235 kN-m at the point E. Determine P and Q and find the moment of just bending
Be for point F.
![[Image: fig-pg-108-3-300x90.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-108-3-300x90.jpg)
UNIT III
Q.3 (a) A wedge A of negligible weight should be driven to 40 kg plates B and C. The coefficient of s between all contact surfaces is 0.35.
Determine the magnitude of the force P required to start moving if the plate C is well screwed to the surface.
![[Image: fig-pg-108-4-300x159.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-108-4-300x159.jpg)
(B) A pulley is driven by a flat belt. Being the return angle of 120 \. The belt is 100 mm wide by 6 mm thick and 1000 kg / m3 density.
If the coefficient of friction is 0,3 and the maximum tension in the belt should not be higher than 2 MPa. Find the greatest power that
The belt can transmit and the corresponding speed of the belt.
© Show that the efficiency of the self-locking square screw is given by:
? 1 - tan2? Where = efficiency
2 2 = friction
UNIT IV
Q.4 (a) Find the moment of inertia of the abstained area after removing a semicircle of radius 10 cm from a quadrant of a circle of
Radio 20cm. Around the x-axis.
![[Image: fig-pg-109-1-300x155.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-109-1-300x155.jpg)
(B) Determine the product of inertia of a right angle triangle with respect to the center marking axes parallel to the x and y axes.
![[Image: fig-pg-111-3-300x294.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-111-3-300x294.jpg)
© Determine the moment of inertia of a cylinder with respect to its longitudinal axis. Take L = cylinder length and r = radius
Of the cylinder.
Two blocks A and B are released from the rest on a slope, when they are separated by 18 meters. The coefficient of friction under the top
Block A is 0.2 and under the lower block B is 0.4. In what block of time. A reaches block B? After touching a d
Move as a single unit what will be the constant force between them? The weights of blocks A and B are 100 N and 80 N respectively.
UNIT V
Q.5 Two blocks A and B are released from the rest on a slope, when they are 18m apart. The coefficient of friction under the upper block
A is 0.2 and under the lower block B is 0.4. In what block of time. A reaches block B? After touching and moving as one
Unity, what will be the constant force between them? The weights of blocks A and B are 100 N and 80 N respectively.
![[Image: fig-pg-110-1-300x153.jpg]](http://www.kopykitab.com/blog/wp-content/uploads/2012/05/fig-pg-110-1-300x153.jpg)
Q.1 (a) A barge is pulled by two tugs. If the resultant of the tugs is a force of 5000N directed along the axis of the barge.
Determine the value of a graph such that the voltage on the AC string is minimum. Also find the magnitude of the forces on the strings A
And AB.
(B) A hollow cylinder of radius r is open at both ends and faces in a smooth horizontal plane. Two sphere with weights wl and w2
And radial r1 and r2 respectively are placed inside the cylinder as shown. Find the minimum cylinder weight W for
Do not lean over. Neglect friction.
© Two prismatic bars AB of length i and of negligible weight are articulated in A and supported in B by a rope that they have on a pulley C.
A vertical load of W applied at the end of the B is supported by a force P applied to the rope. Show that the bar compression
AB is constant for the entire value of α.
UNIT II
Q.2 (a) A cantilever beam is loaded and supported as shown. Find axial force of magnitude k in the AC member. Also find the axial
Strength in CD member using section method.
(B) An armature is loaded and supported as shown in Fig. 2.40 find the axial forces in the elements BD, CD and CE
© A beam AB is driven by the uniformly distributed load 2 kN / m by two forces P and Q. It has experimentally determine
That the bending moment is 172 kN -m at the point and 235 kN-m at the point E. Determine P and Q and find the moment of just bending
Be for point F.
UNIT III
Q.3 (a) A wedge A of negligible weight should be driven to 40 kg plates B and C. The coefficient of s between all contact surfaces is 0.35.
Determine the magnitude of the force P required to start moving if the plate C is well screwed to the surface.
(B) A pulley is driven by a flat belt. Being the return angle of 120 \. The belt is 100 mm wide by 6 mm thick and 1000 kg / m3 density.
If the coefficient of friction is 0,3 and the maximum tension in the belt should not be higher than 2 MPa. Find the greatest power that
The belt can transmit and the corresponding speed of the belt.
© Show that the efficiency of the self-locking square screw is given by:
? 1 - tan2? Where = efficiency
2 2 = friction
UNIT IV
Q.4 (a) Find the moment of inertia of the abstained area after removing a semicircle of radius 10 cm from a quadrant of a circle of
Radio 20cm. Around the x-axis.
(B) Determine the product of inertia of a right angle triangle with respect to the center marking axes parallel to the x and y axes.
© Determine the moment of inertia of a cylinder with respect to its longitudinal axis. Take L = cylinder length and r = radius
Of the cylinder.
Two blocks A and B are released from the rest on a slope, when they are separated by 18 meters. The coefficient of friction under the top
Block A is 0.2 and under the lower block B is 0.4. In what block of time. A reaches block B? After touching a d
Move as a single unit what will be the constant force between them? The weights of blocks A and B are 100 N and 80 N respectively.
UNIT V
Q.5 Two blocks A and B are released from the rest on a slope, when they are 18m apart. The coefficient of friction under the upper block
A is 0.2 and under the lower block B is 0.4. In what block of time. A reaches block B? After touching and moving as one
Unity, what will be the constant force between them? The weights of blocks A and B are 100 N and 80 N respectively.
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