Problem 12: Prior to the HC, the largest particle accelerator in the world was the Fermilab Tevatron which collided protons with antiprotons. The top quark, with the vely high Mas of 173 GeV/e, was first observed in the CDF and DO detectors at the Tevatron in 1995. The maximum energy achieved at the Tevatron was 980 GeV (almost 1 TeV) per beam, but this energy was was achieved through a long sequence of upgrades over a few decades. Part (a) Suppose that, at one particular point in the development of the Fermilab collder, the beam energy was 610 GeV. What was the maxmum energy, in tera-edectronvolts, avalable in a single proton-antiproton collision? E TeV 789 456 123 sin) cos) tan cotan) asino acos) E atan) acotan() sinh) cosh) tanh) cotanh) Degrees O Radians No Noie CLLAK Submit I give up! Feedback: 2 deduction per feedback Part (b) wth the 630 GeV beam energy, what portion, as a percentage, of the avalable energy was due to the rest mass of the colliding partides?

Problem 12: Prior to the HC, the largest particle accelerator in the world was the Fermilab Tevatron which collided protons with antiprotons. The top quark, with the vely high Mas of 173 GeV/e, was first observed in the CDF and DO detectors at the Tevatron in 1995. The maximum energy achieved at the Tevatron was 980 GeV (almost 1 TeV) per beam, but this energy was was achieved through a long sequence of upgrades over a few decades. Part (a) Suppose that, at one particular point in the development of the Fermilab collder, the beam energy was 610 GeV. What was the maxmum energy, in tera-edectronvolts, avalable in a single proton-antiproton collision? E TeV 789 456 123 sin) cos) tan cotan) asino acos) E atan) acotan() sinh) cosh) tanh) cotanh) Degrees O Radians No Noie CLLAK Submit I give up! Feedback: 2 deduction per feedback Part (b) wth the 630 GeV beam energy, what portion, as a percentage, of the avalable energy was due to the rest mass of the colliding partides?