How can an object tip and slip at the same time?

  • I
  • Thread starter Conductivity
  • Start date
  • Tags
    Slip Time
In summary, when an object is about to tip and slip, the conditions for tipping and slipping are as follows: Tipping occurs when P critical is less than Us N, while slipping occurs when P critical is greater than Us N. If P critical is equal to Us N, any increase in force will cause the object to slide and tip. When considering a rectangular object with height h and length L, where half of its length is b, the tipping point occurs when P*h = w*b. In order for the object to tip, P must be equal to the static friction, which is represented by Us N. This results in the equation wb/h = Us W, meaning that Us must equal b/h. It is possible for an object
  • #1
Conductivity
87
3
The conditions are for tipping and slipping. Tipping: If P critical < Us N then it tips

Slipping: If P critical > Us N then it slips

What if we have P critical = Us N. Any increase will make it slide and tip...?

If we took a rectangular shape object with Height h and length L so half its length is b. We get that if we want the object to tip if p is acting at the highest point we get, P*h =w b. If we want P at this point to equal the static friction then, P = Us N, wb/h = Us W So Us must equal b/h
 
Physics news on Phys.org
  • #2
Conductivity said:
How can an object tip and slip at the same time?
I take it you've never been ice skating :smile:
 
  • #3
phinds said:
I take it you've never been ice skating :smile:
Or bowling.
 
  • Like
Likes phinds
  • #4
Or watching cars skid and roll.

Conductivity said:
The conditions are for tipping and slipping. Tipping: If P critical < Us N then it tips Slipping: If P critical > Us N then it slips

Cite your source please. And check to see that it says that when the object starts tipping that it stops slipping.
 
Last edited:
  • #5
Conductivity said:
How can an object tip and slip at the same time?
When sliding over a level surface? When the kinetic friction coefficient is greater than: horizontal_COM_to_base_edge_distance / vertical_COM_position.
 
Last edited:
  • #6
anorlunda said:
Or watching cars skid and roll.
Cite your source please. And check to see that it says that when the object starts tipping that it stops slipping.
It is just my college book, It didn't mention that.

I just wanted to know how the object will behave when it is about to tip and slip and you increase the force by a tiny amount. How the math will work out?
 

1. How can an object tip and slip at the same time?

An object can tip and slip at the same time due to the combined forces of its weight, friction, and the angle at which it is placed on a surface. When the object is at a certain angle, the force of gravity acting on it can cause it to tip over, while the friction between the object and the surface can cause it to slip.

2. What factors affect an object's ability to tip and slip simultaneously?

The weight of the object, the level of friction between the object and the surface, and the angle at which the object is placed are the main factors that affect an object's ability to tip and slip at the same time. Other factors such as surface material and external forces can also play a role.

3. Can an object tip and slip in any direction?

Yes, an object can tip and slip in any direction depending on the forces acting on it. The direction of the tilt and the direction of the slip may not necessarily be the same, as they are influenced by different forces.

4. How does the center of mass of an object affect its ability to tip and slip?

The center of mass of an object plays a crucial role in its ability to tip and slip. If the center of mass is located above the object's base, it is more likely to tip over. On the other hand, if the center of mass is within the object's base, it is less likely to tip and slip.

5. Can an object tip and slip at the same time on any surface?

An object can tip and slip at the same time on any surface, as long as there is a combination of forces acting on it. However, the level of friction between the object and the surface can greatly affect the likelihood and severity of tipping and slipping. Smooth and slippery surfaces may make it easier for an object to slip, while rough and sticky surfaces may make it more difficult for an object to tip and slip.

Similar threads

Question regarding Rolling with and without Slipping and Sliding
    • Introductory Physics Homework Help
Replies
4
Views
1K
A Numerical solution of Hamiltonian systems
    • Other Physics Topics
Replies
4
Views
2K
Question about strengths of Aluminum/Titanium Tubing for a White Cane
    • Mechanical Engineering
Replies
19
Views
372
Engineering Need help in solving SDOF cantilever
    • Engineering and Comp Sci Homework Help
Replies
1
Views
589
I Clarification required for some equations in the formulation of ideal Bose gas
    • Other Physics Topics
Replies
2
Views
4K
Is a thrusting motion more powerful/deadly than a swinging one?
    • General Discussion
Replies
9
Views
262
Maximizing Range/Time in Air of an Airplane: Solving with Calculus
    • Introductory Physics Homework Help
Replies
4
Views
1K
How can negative integers be used in deriving the Hamiltonian for open strings?
    • Advanced Physics Homework Help
Replies
12
Views
1K
Find the force P such that the disk rolls without slip
    • Introductory Physics Homework Help
Replies
1
Views
1K
Bayes Theorem: coin flips and posterior predictive distribution
    • Precalculus Mathematics Homework Help
Replies
4
Views
3K

Hot Threads

Recent Insights

Back
Top