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*Today we are going to come up with new task, that is about ” A .22 caliber rifle bullet traveling at 350 m/s strikes large tree and penetrates it to depth of 0.130 m The mass of the bullet is 1.80 g Assume constant retarding …“. We have found the solution to this question, along with interesting information related to it, thanks to its novelty and interest. This will help you to develop a more research-oriented mindset, and make it easier for you to answer these types of questions. This is where we will focus to gain this useful and new knowledge!*

## Question: “A .22 caliber rifle bullet traveling at 350 m/s strikes large tree and penetrates it to depth of 0.130 m The mass of the bullet is 1.80 g Assume constant retarding …”

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A .22 caliber rifle bullet traveling at 350 m/s strikes large tree and penetrates it to depth of 0.130 m The mass of the bullet is 1.80 g. Assume constant retarding force.

** Part A** How much time is required for the bullet to stop? Express your answer with the appropriate units.

**What force, in newtons, does the tree exert on the bullet? Express your answer in newtons.**

*Part B*## Answer

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## Relevant knowledge

Imagine a particle moving at a speed of a bullet 22. An average net force F is applied against the particle over a distance of D until it stops. This means that the small bullet’s kinetic energy has been completely reduced by the work of F.

## Conclusion

*This is how you solve this type of task “A .22 caliber rifle bullet traveling at 350 m/s strikes large tree and penetrates it to depth of 0.130 m The mass of the bullet is 1.80 g Assume constant retarding …”. Please leave a message below if you have any questions or comments.*

*Thanks for reading!!!*

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