Recent content by micole
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How can I find work, horizontal force, and time contact?
replies to projectile follow ups Please see below:- micole
- Post #15
- Forum: Introductory Physics Homework Help
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Lagrangian classical action for particle with constant force
Me neither, exactly my question- micole
- Post #7
- Forum: Advanced Physics Homework Help
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Lagrangian classical action for particle with constant force
And I see an error in my statement. The coefficient of integral of Fx is (2-m)/2, not m/2- micole
- Post #5
- Forum: Advanced Physics Homework Help
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Lagrangian classical action for particle with constant force
Thanks hilbert. None of those are known. If you take a look at my work you see that what we are being asked is to simplify this integral from a long function of t (as you and I both indicate, it's basic physics to write x as a function of t) into a succinct statement. The point is not to...- micole
- Post #4
- Forum: Advanced Physics Homework Help
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Lagrangian classical action for particle with constant force
Someone please help (; 67 views and no replies! It's lonely- micole
- Post #2
- Forum: Advanced Physics Homework Help
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How can I find work, horizontal force, and time contact?
Parabolic projectile Athena - you indicate you threw a ball at a parabolic path. I recommend you draw a parabolic path on your paper from left to right. The starting angle theta θ, is not zero since you indicate the ball arcs. How can you find θ? Once you solve for initial vx and vy, you...- micole
- Post #5
- Forum: Introductory Physics Homework Help
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How can I find work, horizontal force, and time contact?
Can you clarify the experiment? It is called Projectile but you indicate the ball only moved horizontally? In order to complete the problem correctly, one needs to know if this was a ball sliding on the ground or a parabolic path in the air- micole
- Post #2
- Forum: Introductory Physics Homework Help
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M
Lagrangian classical action for particle with constant force
Homework Statement for particle with lagrangian L = m/2 dx/dt^2 + fx where x is constant force, what is ScL (classical action) Homework Equations d/dt (∂L/∂(dx/dt)) = ∂L/∂x ScL = ∫m/2 dx/dt^2 + fx dt from ti to tf The Attempt at a Solution d/dt (∂L/∂(dx/dt)) = ∂L/∂x implies f =...- micole
- Thread
- Classical Constant Force Lagrangian Particle
- Replies: 7
- Forum: Advanced Physics Homework Help