Can you give every-day examples of how statics work?

In summary, the conversation discusses the application of statics in daily examples and the concept of V in relation to the beam bending relationship between shear force and the derivative of the bending moment. The question about what happens if the M- is zero and how to solve for V is also addressed, as well as the potential effect on M+.
  • #1
dahoa
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Can you give daily example of how statics work? Why should there be a V? And how do you solve for V if one of the support is gone (or no moment at one side)?
 

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  • #2
dahoa said:
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Can you give daily example of how statics work? Why should there be a V? And how do you solve for V if one of the support is gone (or no moment at one side)?
Are you asking about the beam bending relationship between the shear force and the derivative of the bending moment? Which part don't you understand?
 
  • #3
Chestermiller said:
Are you asking about the beam bending relationship between the shear force and the derivative of the bending moment? Which part don't you understand?

I want to know what happened if M- is zero.. how do you solve for V and what would become of M+?
 

1. What is statics and how does it work?

Statics is a branch of physics that deals with the study of forces acting on objects at rest or in equilibrium. It helps us understand how objects behave when they are not in motion, and how external forces affect their stability.

2. Can you give an everyday example of how statics works?

One example of statics is when you are sitting on a chair. The chair remains in equilibrium because the downward force of your weight is balanced by the upward force of the chair pushing against you. This balance of forces keeps you and the chair from moving.

3. How is statics used in engineering?

Statics is an important tool for engineers to design and analyze structures such as bridges, buildings, and machines. It helps them understand the forces acting on different parts of a structure and ensure that it can withstand those forces without collapsing.

4. Can you explain the difference between statics and dynamics?

While statics deals with stationary objects, dynamics is concerned with the study of objects in motion. Dynamics takes into account the forces that cause motion, while statics focuses on the forces that keep objects in equilibrium.

5. How can understanding statics benefit our everyday lives?

Understanding statics can help us make better decisions in our daily lives, such as choosing the right materials for construction or knowing the maximum weight a shelf can hold. It also helps us understand the forces at play in our surroundings, making us more aware and safe in our environment.

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