Alright, Not the best at math and need help with find a equation for the amount of energy needed for destroying the sun. This isn't based on real life, based on a TV series and I'm nerdy enough to want to know how much energy it would take lol. I have a number for how much energy it would take to destroy the earth, so I'm hoping it would be easy enough to convert. Not sure what numbers you'll need, so I'm going to probably going to pot a few extra. Energy needed to destroy earth = x Mass of earth = 6 x 10²⁴ kg Gravity of earth = 1 Diameter of earth = 12,756 km Circumference of Earth = 40,000 km Mass of sun = 330,000 kg times earths mass or (2×10^30 kg) Gravity of sun = 28 times earth's gravity Diameter of Sun = 1.4×10^6 km Circumference of the sun = 4,300,000 km Energy needed to destroy sun = y Again not trying to solve for "x", trying to solve for y. So I'm assuming that since we have "x" the amount of energy needed to destroy earth, we can use that number along with the size of the earth, to determine the amount needed to kill something as big as the sun. The reason I posted Circumference and Gravity is because there are 330,000 times as much mass on the sun then there is on eath, you have to push each of them 28 times as hard, and you have to spread your energy over a larger area, because not only is the sun more massive (mass) than the earth, but it is also much bigger(area) than the earth. plus, if you don't move the particles far enough, fast enough, it all just comes crashing back together, and you haven't accomplished your goal. It's highly possible that my logic is incorrect or I'm missing things, if so please let me know. So I'm hoping I explained this good enough and it's really simple. If you need more numbers let me know, I'm willing to go find them. Just give some feed back if this time of equation is even possible, and I appreciate the time anyone takes to even read this let alone try to solve it.