After a star fuses most its hydrogen into helium, it begins to fuse the helium into carbon. The energy released in fusing helium nuclei ($\alpha$particles) into carbon is approximately
A) 0.730 MeV
B) 1.46 MeV
C) 7.30 MeV
D) 14.6 MeV
E) 73.0 MeV

Question

After a star fuses most its hydrogen into helium, it begins to fuse the helium into carbon. The energy released in fusing helium nuclei ($\alpha$particles) into carbon is approximately
A) 0.730 MeV 
B) 1.46 MeV 
C) 7.30 MeV 
D) 14.6 MeV 
E) 73.0 MeV

Quizplus · Accepted Answer

The Answer of 
After a star fuses most its hydrogen into helium, it begins to fuse the helium into carbon. The energy released in fusing helium nuclei ($\alpha$particles) into carbon is approximately
A) 0.730 MeV 
B) 1.46 MeV 
C) 7.30 MeV 
D) 14.6 MeV 
E) 73.0 MeV

After a Star Fuses Most Its Hydrogen into Helium, It α\alphaα

After a Star Fuses Most Its Hydrogen into Helium, It $\alpha$