Jupiter gives back into space twice the energy it gets from the distant Sun. Where is this energy coming from, for the most part?
A) the impact energy of comets like SL-9
B) helium rain descending into its mantle and core
C) the slow escape of gravitational energy left from its formation
D) the radioactive decay of U-238 in its iron-rich core, just as with the Earth
E) the combined tidal stress of all four large Galilean moons
Question 2
Which classes of stars with large habitable zones probably don't last long enough for life to evolve to use them?
What will be an ideal response?
Umberto Boccioni, Unique Forms of Continuity in Space.
Energy Transfer Processes: Forced Convection
Semireclining position. Back supported and placement of bolster under the knees.
Radiative forcing expresses change in energy input over time
Energy Balance and Imbalances
In Falls, Energy Is Transmitted Along the Skeletal System