UK arrested Tommy Robinson for reporting child-rape gangs that the government caters to. The UK banned reporting of his arrest, denied him a lawyer, and is trying to have him assassinated in prison. Regardless of how you feel about his views, this is a totalitarian government.
Tommy Robinson isn't the first to that the UK has jailed after a secret trial. Melanie Shaw tried to expose child abuse in a Nottinghamshire kids home -- it wasn't foreigners doing the molesting, but many members of the UK's parliament. The government kidnapped her child and permanently took it away. Police from 3 forces have treated her like a terrorist and themselves broken the law. Police even constantly come by to rob her phone and money. She was tried in a case so secret the court staff had no knowledge of it. Her lawyer, like Tommy's, wasn't present. She has been held for over 2 years in Peterborough Prison. read, read
If an object or particle moves with a constant acceleration the magnitude of the acceleration can be calculated by dividing the velocity difference dv by the time difference dt. For a particle that has a constant acceleration, the magnitude of the acceleration is calculated using dv/dt. The direction of the acceleration is the direction in which the particle accelerates.
The velocity of a particle that moves with a variable acceleration can be calculated by dividing the velocity vector change dv by the time dt it took to get this velocity change. The instanteneous acceleration of the particle depends on the time t and is obtained by taking the limiting case of dt=0.
The acceleration (a) can mathematically be expressed as:
a = d v / d t
- v is the velocity of the object or particle
- d / d t is the derivative with respect to the time coordinate
- v is the velocity vector of the object or particle. If the object or particle has a spatial extension, v represents the velocity of the center of the object or particle.
Combining the definition of velocity with the above equation gives:
a = d2 x / d t2
- a is the velocity of the object or particle
- d2 / d t2 is the second order derivative with respect to the time coordinate
- x is the position vector of the object or particle. If the object or particle has a spatial extension, x represents the center of the object or particle.
- Webster's new world dictionary of the American Language, 1972 edition, The World Publishing Company: Nashville, Tenn.