Derive the expression for p in terms of the Kinetic energy K using the correct relativistic expression. This is always correct but could suffer from numerical inaccuracy. b. Derive the expression for p in the nonrelativistic limit (pc<>mc2). d. In each of the three above cases write an expression for the wavelength taking advantage of our units like MeV/c2 for mass. e. What is the wavelength of a 2 eV photon

Apackage of supplies is dropped from a plane, and one second later a second package is dropped. neglecting air resistance, the relative velocity of the 1st package viewed from the second will 56) a) increase. b) be constant. c) be zero. d) depend upon their weight. e) decrease

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(01.02 mc) nicole pushes her bike up a hill. overhead, the sun exerts a gravitational force on earth. which statement is true about the bike and earth? they both experience contact forces. they both experience non-contact forces. the bike experiences a non-contact force and earth experiences a contact force. the bike experiences a contact force and earth experiences a non-contact force. they both experience non-contact forces.