What is the settlement equation for a soft tissue injury?
339713
There is no "equation" per se, but insurance companies generally try to pay no more than the "reasonable and necessary" medical bills, plus an amount roughly equal to or less than that for pain and suffering, unless you don't have a lawyer, then they try to pay even less. Plaintiff attorneys generally try to get all of the medical bills, plus 1 to 3 times the bills for pain and suffering, depending on the level of injury and the severity of the accident. There are many other factors that come into the "equation," like the type of witness a person will make, the reputation of the treating physicians, etc.\n\nYour best bet to "value" an injury is to do jury verdict research for the specific injury involved and factor in as many variables as possible.
23370
It depends on the intensity of the injury.  But whatever it might be you see your doctor and get the treatment .
566230
Set up the equation\n\nP = dRT\n\nAssuming P to be constant,\n\ndT = d'T'\n\nor d' = 0.76*273/298 = 0.696 g/l.
1068093
Soft tissue damage..\nthis kind of injury can take months to properly heal to its normal size and use, especially if you have done any walking on it or any kind of exertion ..\n\nGive it time and use an anti inflamitory ( NSAIDS) you will begin to see an improvement..
1154597
Depends on the how much damage was done and the jurisdiction.
166561
There are attorneys that do workers comp for only a percentage of the settlement.  And thier fee will often be figured into the settlement.\n\nYou can always get an attorney do do workers comp cases if you have no money at all.
854988
If the tragedy/pain was caused by the malicious action of another than that person should be made to pay some sort of restitution.  Many malicious acts don't actually rise to the level of a criminal act.  In these instances the only redress the victim has is to sue under civil tort law to punish the offender.
206468
In elastic collision, energy is not lost.\n\nmv2 + MV2 = mu2 + MU2\n(1055 + 690) * (2.15)2 = 1055u2 + 690U2\n\nalso mv+MV = mu + MU\n(1055 + 690) * 2.15 = 1055u + 690U\n\nYou have 2 equations with 2 variables, solve them.
960005
what ever the judge said at the time of settlement
206116
it depends on the protocol, any surgical interventions that you've had, how torn it was....\nI would expect AT LEAST 3x/wk for 6-8 weeks.
1074016
Detailed information as well as equations are available on the following page : \n\nhttp://www.jwave.vt.edu/crcd/kriz/modules/module06/formulation/edge_formulation.html
1022387
the amount of injury time in the period is added to the end
287543
Ouch! When no void comes to a settlement with insurance, your best best would get a injury lawyer.  In most case you will WIN and don't have to pay a lawyer one cents.  Check with the law bar in San Fransico and ask the clerk to find you good rate lawyer who wins win.  Hopefully they will have someone contact you.  Good luck, i would file, because I had to in the past when I was in a car accient and it was the cop fault.  Had to sue the city!
776706
It depends on whether the objects are completely elastic, completely inelastic, or somewhere in between. And also, did they hit square and were the velocities both on the same line or did they get deflected at a new angle. I'll assume they hit square and their velocities were on a line - like they were on a track.\n\nElastic:\nMomentum before = momentum after\nMa*Va + Ma*Vb = Ma*Vb + Mb*Va\n\nInelastic:\nM*Va + M*Vb = 2M(Va+Vb)/2
369994
I'm sure each state's rules are different, but similar enough. You're going to find that the settlement isn't much, I'm afraid. Usually what they try to do if you can't go back to work doing what you did is to re-train you. However, if you EVER had any other kind of job, in your entire life, they won't. They'll make you go back to that line of work. Even if it doesn't pay as well. The L&I system really sucks. I broke my ankle a few years back and it turned into a real nightmare. I eventually did get to go back to work, but I don't have full use of that ankle/foot any more. It was in a cast for too long and it locks up all the time. Not to mention I tend to twist it over all the time because it's not as strong as it used to be. There was NO settlement. \n\nTry those two sites below and see if they can help you out. It looked to me like the second one might be of more use to you. Good luck!
714752
This problem is a conservation of momentum problem:\n\n(a) In an elastic collision, the formulas for calculating the final velocities are derived from both the conservation of momentum formula and the conservation of kinetic energy formula. Check out my source for more information, but for now just trust me that they are valid:\n\nv1 = (v1(m1 - m2) + 2m2v2)/(m1 + m2)\nv1 = (1*(4 - 7.2) + 0)/(4 + 7.2) = -0.3 m/s\n\nv2 = (v2(m2 - m1) + 2m1v1)/(m1 + m2)\nv2 = (0 + 2*4*1)/(4 + 7.2) = 0.7 m/s\n\n(b) In an inelastic collision, just use the conservation of momentum formula:\n\nm1v1' + m2v2' = (m1+ m2)v\n\n4*1 = (4+7.2)*v\nv = 4/(4+7.2) = 0.36 m/s\n\nI hope this helps!
763881
Take the x-axis as the line of action of the moving ball. and suppose the second ball moved at an angle theta wrt to the line of action with certain velocity that u need to find out. Now resolve the velocity components of both balls along x-axis and y-axis before and after collision. Now conserve the momentum along both x-axis and y-axis before and after collision. solve the equations and u will know all the unknowns.\n\nFor the second question find 'e' i.e. co-effecient of restitution and depending on the value it will be elastic or inelastic.