Calculate the moments of inertia and rotational constants (in wavenumbers) c1 ch3 [mass of 35cl- 34.9688 amu, r(c-h) 107 pm, r(c-cl)- 177pm, cicci angle 110°). 3) calculate the moments of inertia and rotational constants (in wavenumbers) 35cl3 12ch. [mass of 35c1-34.9688 amu, rc-h) 11 1 pm, r(c-ci) 178pm, hch angle 11 lo)

Match the atomic particles with their characteristics. 1. made of two protons and two neutrons neutron 2. similar to an electron; positive charge neutrino 3. orbits nucleus; negative charge positron 4. bundle of energy; zero charge proton 5. found in nucleus; positive charge meson 6. very unstable; +, -, or zero charge gamma 7. found in nucleus; zero charge electron 8. negative particle; negative charge beta 9. atomic energy converted to mass alpha

6–55 refrigerant-134a enters the condenser of a residential heat pump at 800 kpa and 358c at a rate of 0.018 kg/s and leaves at 800 kpa as a saturated liquid. if the compressor consumes 1.2 kw of power, determine (a) the cop of the heat pump and (b) the rate of heat absorption from the outside air.

Edward tolman explained the results of his study by theorizing that the rats were learning about the maze during every trial but they a. were agitated because other groups were getting reinforcement b. could not remember how to demonstrate it without reinforcement c. were not motivated to demonstrate it without reinforcement d. seemed to be too lazy to actually work without reinforcement