Direction: Answer in paper with explanation. Equation is in the second image.

Relativistic Factor y = relativistic factor Time Dilation Ato At = time At = = YAto Ato = proper time 1 measured by an observer At = YAto Length Contraction L = Length contraction L = Lo 1 2 Lo = proper length measured by an observer L= Lo V Relativistic Mass mo m = m = relativistic mass mo = rest mass relative to 1 an observer Relativistic Momentum mu P = p =relativistic momentum m = rest mass 1 u = velocity relative to an p = ymu observer Rest Energy Eo = mc2 m = rest mass Relativistic Energy mc2 m = rest mass E = E = ymc2Problem 2 An object is travelling at a speed of 75% that of light for 10 years. Determine how much time is detected by an observer at rest. Problem 3 If a proton moves with a speed of 9.5 x 105 m/s, compute its relativistic mass. Problem 4 If a proton moves with a speed of 0.905c, calculate its relativistic momentum