Understanding the Relationship between Tension, Teeth, and Force

In summary, the conversation discusses the use of an elastic cord to apply a force to a front tooth. The tension in the cord is given as 1.3 N and the goal is to determine the magnitude and direction of the force applied to the tooth. The solution involves creating a force diagram and resolving the tension into its x and y components. After adding up the components, the resulting force can be determined. After a few attempts, the individual asking for help was able to solve the problem and expressed gratitude to the person assisting them.
  • #1
lovelockdown
3
0
Tension, Teeth, and Force?

The drawing below shows an elastic cord attached to two back teeth and stretched across a front tooth. The purpose of this arrangement is to apply a force to the front tooth. (The figure has been simplified by running the cord straight from the front tooth to the back teeth.) If the tension in the cord is 1.3 N, what are the magnitude and direction of the force applied to the front tooth?

fig-047.gif


I'm completely stumped, I've tried every equation I know of. I'm sure the answer is obvious but right now I think I'm thinking too hard.
Help please? :cry:
 
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  • #2


lovelockdown said:
The drawing below shows an elastic cord attached to two back teeth and stretched across a front tooth. The purpose of this arrangement is to apply a force to the front tooth. (The figure has been simplified by running the cord straight from the front tooth to the back teeth.) If the tension in the cord is 1.3 N, what are the magnitude and direction of the force applied to the front tooth?

fig-047.gif


I'm completely stumped, I've tried every equation I know of. I'm sure the answer is obvious but right now I think I'm thinking too hard.
Help please? :cry:

Welcome to PF.

You have a drawing, but make a force diagram and resolve the tension with respect to the components of each side. Then add up the x and add up the y components. Whatever they add to is the resulting force.
 
  • #3


I've drawn out roughly four or five and none of them seem to be working. I only have 3 attempts left on this problem (It's an online assignment). Any tips?
 
  • #4


I GOT IT! Finally! Thanks for your time! =)
 

1. What is tension?

Tension refers to the pulling force that is created when an object is stretched or pulled in opposite directions. It is also known as tensile force.

2. How is tension measured?

Tension is typically measured in units of newtons (N) and is calculated by dividing the force applied on an object by the cross-sectional area of the object.

3. How does tension affect teeth?

Tension can have a significant impact on teeth, as it can cause them to shift or become misaligned. This can occur due to a variety of factors, such as wisdom teeth pushing on other teeth, or orthodontic treatment to correct misalignment.

4. Can tension cause damage to teeth?

Yes, tension can potentially cause damage to teeth. If the tension is too great, it can cause teeth to fracture or break. It can also lead to jaw pain and discomfort, as well as headaches and other symptoms.

5. How can we adjust tension in orthodontic treatment?

In orthodontic treatment, tension is adjusted by placing braces or aligners on the teeth, which gradually apply tension to shift them into the desired position. The amount of tension applied is carefully monitored and adjusted by the orthodontist to ensure the best results.

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