Mechanical Engineering - Engineering Mechanics - Discussion
Discussion Forum : Engineering Mechanics - Section 1 (Q.No. 8)
8.
The angle of inclination of a vehicle when moving along a circular path __________ upon its mass.
Discussion:
38 comments Page 2 of 4.
Utkarsh kumar said:
10 years ago
For the vehicle to be in equilibrium overturning couple should be equal to balancing couple acting in clockwise direction due to weight of vehicle and rider.
So its depends on mass.
So its depends on mass.
Rohit said:
9 years ago
A common eg : Mout ka Kuan (Well of Death).
Car and bike both rotate in the speed are same.
But the mass of the car is greater than the bike.
B'coz It only depends on speed.
Car and bike both rotate in the speed are same.
But the mass of the car is greater than the bike.
B'coz It only depends on speed.
Jayesh Dhotkar said:
8 years ago
In case, if the angle of inclination of the vehicle.
I think mass of vehicle doesn't matter if it is moving in circular path because it's depends on speed of vehicle.
I think mass of vehicle doesn't matter if it is moving in circular path because it's depends on speed of vehicle.
Rajeev said:
1 decade ago
Angle of inclination also called as angle of banking which is given by θ- = tanθ-^(-1)/(v^2/rg) which shows that angle of banking is independent of mass.
Balam virk said:
1 decade ago
Because mass has the centrifugal action, when a body moves in a circular path.
i.e. Body will tends to move outwards So, mass will be increased when it circulates.
i.e. Body will tends to move outwards So, mass will be increased when it circulates.
Sharad said:
10 years ago
It should be depends only on velocity. Because when velocity increases centrifugal force increases which tends to vehicle remains in touch with circular path.
Deepak said:
1 decade ago
Angle of inclination of vehicle increases if speed increases and decreases if speed decreases. So it depends on the speed of vehicle not mass.
Pinkesh said:
1 decade ago
I have studied that if a vehicle turned in a circular path its make an angle with road due to mass of a body. That true or not?
Umesh majale said:
7 years ago
Because the mass of the vehicle remains constant, it depends upon the velocity of the vehicle as velocity can be changed.
(2)
Chaitanya Kulkarni said:
1 decade ago
We know the relation that,
Angle of inclination = square root of (friction * radius of path * gravitational force).
Angle of inclination = square root of (friction * radius of path * gravitational force).
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