Energy is released during a nuclear reaction due to a conversion between mass and energy. Mass is not conserved. The initial and final amounts are different. If a total of 1.0 gram of mass is "missing", how much energy has been released?
A. 9.0 × 1011 J
B. 9.0 × 1017 J
C. 9.0 × 1015 J
D. 9.0 × 1013 J
E. 9.0 × 1016 J
Answer: D
You might also like to view...
The mass of a galaxy's central black hole is related to the mass of the galactic bulge. This implies that ____
a. central black holes formed when the galaxy bulges formed b. central black holes have grown during the galaxy's lifetime as the galactic bulge has grown c. galactic bulges shrink over time as mass is consumed by the central black hole d. central black holes cause the formation of galactic bulges e. black holes are only present in spiral galaxies
Why did Earth retain most of its water while Venus and Mars lost theirs?
What will be an ideal response?
A car originally traveling at 30 m/s manages to brake for 5.0 seconds while traveling 125 m downhill. At that point the brakes fail. After an additional 5.0 seconds it travels an additional 150 m down the hill. What was the acceleration of the car after the brakes failed?
What will be an ideal response?
Minerals that have the same combination of elements but have different atomic arrangements are called
A) polymorphs. B) polygonal. C) tetrahedra. D) polymers.