🏸 Asteroid Impact On Earth Simulation

66million years ago, a giant asteroid impact on the Earth likely caused the extinction of the dinosaurs. Currently no known asteroid poses an immediate threat. Accordingto The Sun, depending on the size of the space rock, the impact of an asteroid could be an extinction-level occurrence and scientists have developed simulations to determine how bad it Simulationof a 500 kilometre wide asteroid composed of iron impacting Earth. This object delivers a kinetic energy of 1e29 joules. Equivalent to over 26 exa Abstract The extinction of the dinosaurs and around three-quarters of all living species was almost certainly caused by a large asteroid impact 66 million years ago. Seismic data acquired across Theasteroid that caused this impact was likely 0.9 to 1.2 miles (1.5 to 2 kilometers) in diameter — far larger than the relatively small rocks Ezzedine's team has modeled. Alarger effect of impact angle on crater depth at lower impact speeds is consistent with the simulation results of Ivanov and Artemieva . The influence of impact angle on crater diameter, depth and volume does not appear to be affected by the impactor size (in the range L = 6.22–14 km) or target planet (gravity in the range 1.62–9.81 ms So analyzing the asteroid thoroughly from every aspect is a crucial need. This paper focuses on doing a case study of the asteroids that have impacted the earth and by using the simulation software, a complete research evaluation will be done on possible immediate and long-term effects of the future impactors on our planet. Inour simulation, this impact process is divided into two distinct regimes: the contact stage, from impact until fragmentation of the granular bed, and the excavation stage, the period of mu6G.

asteroid impact on earth simulation