Finding the thrust of the spring.

In summary, the thrust of a spring is the force exerted when it is compressed or stretched. It is calculated by multiplying the spring constant by the displacement. Factors such as spring constant, displacement, and material properties can affect the thrust. Different materials can have different thrusts, with stiffer materials having a higher spring constant and greater thrust. Finding the thrust of a spring is important for designing and testing mechanical systems, as well as determining its maximum load capacity.
  • #1
Kiely
2
0

Homework Statement


A spring of modulus 80 N and natural length 60 cm compressed to a length of 35 cm. find the thrust produced.


Homework Equations


Is thrust the opposite of tension? Do we use T=-λ/initial length x (final length-initial length) ? Or do we just solve it without adding a negative sign?


The Attempt at a Solution


T=(80/0.6)x(0.35-0.60)
 
Last edited:
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  • #2
Hi Kiely! :smile:
Kiely said:
Is thrust the opposite of tension?

Yes, it's just a fancy word for force (or compression).

And why bother with a sign? :rolleyes: … you know it'll be positive, so just write:

T=(80/0.6)x(0.60 - 0.35) :wink:
 

1. What is the thrust of a spring?

The thrust of a spring is the force that is exerted by the spring when it is compressed or stretched.

2. How is the thrust of a spring calculated?

The thrust of a spring can be calculated by multiplying the spring constant by the displacement of the spring from its equilibrium position.

3. What factors affect the thrust of a spring?

The thrust of a spring can be affected by its spring constant, the distance it is compressed or stretched, and the material properties of the spring.

4. How does the thrust of a spring change with different materials?

The thrust of a spring can vary depending on the material it is made of. Springs made of stiffer materials will have a higher spring constant and therefore a greater thrust.

5. Why is it important to find the thrust of a spring?

Finding the thrust of a spring is important in many applications, such as designing and testing springs for use in various mechanical systems. It can also help determine the maximum load a spring can handle before reaching its elastic limit.

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