no
It is impossible to accurately estimate the number of nuclear bombs it would take to completely destroy Earth as the amount would be so vast that it is beyond comprehension. Using nuclear bombs to destroy Earth would also have catastrophic consequences for all life on the planet.
It is impossible to blow up Pluto with nuclear bombs, as it is a dwarf planet located over 3.6 billion miles away from Earth. Additionally, the use of nuclear weapons in space is banned by international laws and treaties.
I think they are still testing
One
Both have critical mass and both use chain reactions
It is difficult to determine the exact number of nuclear bombs it would take to kill everyone in the world, as many factors such as location and size of the bombs would come into play. However, it is estimated that a few hundred strategically placed nuclear bombs could have catastrophic global consequences.
To say how many nuclear bombs it would take to blow up the sun is almost impossible. Actually the sun is a continuously exploding thermonuclear bomb, that's where the energy comes from - fusion. It doesn't matter how many bombs you shot into the sun, it would just get hotter.
It may take a thousand of tons on TNT to pack a nuclear bomb. But to destroy the earth, it may take billions to trillions tons of TNT plus a nuclear igniter to blow the earth to bits of dust.
I don't think that this question should ever be answered in great detail, since so crazy person out there is probably going to then blast this world to smithereens. I'm sure the amount of nuclear bombs could be calculated, but then, who on earth would want to know that? We'll all be dead and that is that. Thankyou.
More than anyone could build.
It is impossible to blow up the Moon with nuclear bombs as it is too massive and its gravity would likely prevent such an event from happening. Additionally, any attempt to do so would have catastrophic consequences for Earth due to the debris and environmental impact.
That would depend on the yield of the bomb, the power rating of the reactor, and the lifetime of the reactor. Bombs release all their energy in microseconds, reactors take years or decades.