Final answer:
The questions span a range of topics related to historical events of World War II and the Cold War, specifically focusing on the use of nuclear weapons, espionage, and the geopolitical consequences of such actions. They require an analysis of potential motivations for bombings, types of evidence collected after an explosion, and the broader historical context of these events, including their connection to the murder of Dr. Fisher and the development of nuclear weapons. The health impacts of nuclear explosions and the different types of nuclear weapons are also discussed.
Step-by-step explanation:
The questions provided require an understanding of historical events, particularly those surrounding World War II, the development and use of nuclear weapons, and associated geopolitical tensions. Without more context, it's difficult to ascertain who bombed Bill's house. However, within the historical timeframe of post-World War II and the onset of the Cold War, a suspicion may arise that it was an act of espionage or a politically motivated attack related to the tense atmosphere following the discovery of Soviet nuclear capabilities, possibly reflecting the heightened paranoia about atomic espionage exemplified by the Rosenberg case. When looking for evidence within the blast radius, investigators would typically look for bomb components, traces of explosives, timers or trigger mechanisms, and any shrapnel that could provide clues about the bomb's construction. Examination of the detonation site could also reveal the type of explosive used.
This incident could affect the theory on Dr. Fisher's murder if it's suspected that both events are part of a broader scheme or conflict. The abrupt increase in hostility and covert activities during this era, as seen in cases like the Rosenbergs and the overall fear of nuclear proliferation, could indicate that the bombing is a continuation or escalation of whatever conflict led to Dr. Fisher's murder, assuming they are connected.
Discussing different types of fission and thermonuclear bombs, the dangers and health impacts of nuclear explosions are profound. Fission bombs, like those dropped on Hiroshima and Nagasaki, work by splitting heavy atomic nuclei, releasing massive amounts of energy. Thermonuclear bombs, also known as hydrogen bombs, involve fusion of light atomic nuclei at extremely high temperatures, generating even more destructive power. The health impacts include immediate devastation from the blast, thermal radiation burns, and long-term effects from radiation exposure, such as cancer and genetic damage.