How to Convert Units to Solve Collision Force Problems?

  • Thread starter leandro_fl
  • Start date
In summary, the person is seeking help with unit conversion for a physics problem involving the force exerted on a 12-lb goose during a collision with an airplane taking off at 150 miles/h. They mention being new to the USA and having trouble with solving the problem, despite it being simple. They thank the person in advance for any assistance.
  • #1
leandro_fl
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0
Hey guys I'm new here and also new at USA.
So I'm having some troubles with unit conversion.
How do I solve this problem? I know it's really simple but I can't figure it out.

"Estimate the magnitude of the force, in lbf, exerted on a 12-lb goose in a collision of duration 10^−3 s with an airplane taking off at 150 miles/h."

Thanks for the help
 
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  • #2
What's the problem?

One suggestion. The Rules ask you to follow the HW template when posting a problem. If you had done this, you would have shown the necessary formula(s) required for solution, which you have omitted.
 

FAQ: How to Convert Units to Solve Collision Force Problems?

1. What is the colision problem (simple)?

The collision problem (simple) is a basic physics concept that involves the interaction between two objects with mass and velocity. It refers to the situation where two objects collide with each other and their paths are altered due to the impact.

2. What factors affect the outcome of a collision?

The outcome of a collision is affected by several factors, including the mass and velocity of the objects involved, the angle and direction of their initial motion, and the type of material each object is made of.

3. How is the conservation of momentum related to the collision problem?

The conservation of momentum is a fundamental principle in physics that states that the total momentum of a closed system remains constant. In the case of a collision, the total momentum of the objects before and after the collision must be equal.

4. Can the outcome of a collision be predicted?

In simple collisions where all the factors are known, the outcome can be predicted using basic equations of motion and principles of conservation. However, in more complex collisions involving multiple objects and variables, it can be difficult to accurately predict the outcome.

5. How is the collision problem (simple) applied in real life?

The collision problem (simple) has many applications in real life, such as in car accidents, sports, and engineering. Understanding the principles of collision can help in designing safer cars, predicting the trajectory of a ball in a game, and analyzing the effects of collisions in machinery.

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