difference between nebular and tidal hypothesis
Answers
Answer:
According to Nebular hypothesis, the sun and the planets were formed from a large whirling cloud of hot gases and dust. ... According to the tidal hypothesis, a passing star had exerted a tidal pull upon the sun but the effect was to cause a long filament of gases to be drawn from the sun.
Answer:
The nebular hypothesis usually assumes that perhaps the solar system's life originated with a nebula, which itself was eventually condensed & established new planetary systems, whereas the tidal hypothesis just helps to explain the emergence of both Earth as well as the solar system, however, it remains one of the most globally acknowledged hypotheses when particularly in comparison to the nebular hypothesis.
Explanation:
Nebular hypothesis - This same nebular hypothesis, established by Immanuel Kant but also granted a codified form by P. S. Laplace, just at the end of the 18th century, presumed that perhaps the solar system apparently started as a nebula, a warm, slowly rotating mass of rarefied matter which thus progressively cooled as well as contracted, exacerbating the rotation to become significantly quicker, providing the nebula as flattened, disk-like morphology. Bands of gaseous particles detached first from the disk's outer parts over time, till the reduced nebulae inside the middle appeared ringed by just a number of rings. This huge sphere was generated first from elements of each ring, then ultimately compressed and transformed into a planet. This Sun was also established even as mass inside the system's center was condensed.
Tidal theories - Postulated by both British scientists, known as Leading British scientists, recognized as Jeans and Jeffrey, devised the " tidal hypothesis" in order to explicate the genesis of Earth & our solar system.
According to Jeans and Jeffrey's tidal hypothesis, the solar system evolved as a consequence of the gravitational influence of two stars.
Primitive sun - the primordial sun which is the early stage of the sun.
Intruding star: It was significantly huge and broader than the primitive sun.
Whenever intruding stars came close to the primitive sun, various tides of hot gas surged on the primitive sun, and once the invading star reached the nearest point to the sun from across the complete traveling distances, a particular cigar-shaped hot gaseous particles were found to be disengaged from the primitive sun and those cigar-shaped particles were technically called as filament by these two British scientists
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