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The Collision Hypothesis proposed by Harold Jeffreys, involved the collision and movement of how many celestial bodies.
- a)Two stars
- b)Three stars
- c)A single Star
- d)Multiple Stars
Correct answer is option 'B'. Can you explain this answer?
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The Collision Hypothesis proposed by Harold Jeffreys, involved the col...
According to the Collision Hypothesis proposed by Harold Jeffreys, there were three stars in the Universe before the origin of the solar system. primitive sun, the ‘companion star’ and the ‘intruding star’ which was moving towards ‘companion star’.
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The Collision Hypothesis proposed by Harold Jeffreys, involved the col...
Collision Hypothesis by Harold Jeffreys
Introduction:
Harold Jeffreys was a British mathematician and geophysicist who proposed the Collision Hypothesis in the 1930s. This hypothesis explains the formation of celestial bodies, especially the formation of stars.
Theory:
The Collision Hypothesis suggests that three stars collided with each other and merged to form a single star. This single star then attracted more matter from the surrounding space and eventually became a full-fledged star.
Explanation:
According to the Collision Hypothesis, the three stars that collided were relatively small and had a low mass. These stars were moving in close proximity to each other and eventually collided due to the gravitational attraction between them.
The collision resulted in the formation of a single star that had a much larger mass than the individual stars that collided. This new star then started attracting more matter from its surroundings due to its increased gravitational force.
Over time, this process of accretion continued, and the star grew in size and mass. Eventually, it became a full-fledged star and started emitting light and heat.
Conclusion:
In conclusion, the Collision Hypothesis proposed by Harold Jeffreys suggests that the formation of stars can be attributed to the collision of three small stars that merge to form a larger star. This hypothesis helps in understanding the formation and evolution of stars and has been widely accepted by the scientific community.
Introduction:
Harold Jeffreys was a British mathematician and geophysicist who proposed the Collision Hypothesis in the 1930s. This hypothesis explains the formation of celestial bodies, especially the formation of stars.
Theory:
The Collision Hypothesis suggests that three stars collided with each other and merged to form a single star. This single star then attracted more matter from the surrounding space and eventually became a full-fledged star.
Explanation:
According to the Collision Hypothesis, the three stars that collided were relatively small and had a low mass. These stars were moving in close proximity to each other and eventually collided due to the gravitational attraction between them.
The collision resulted in the formation of a single star that had a much larger mass than the individual stars that collided. This new star then started attracting more matter from its surroundings due to its increased gravitational force.
Over time, this process of accretion continued, and the star grew in size and mass. Eventually, it became a full-fledged star and started emitting light and heat.
Conclusion:
In conclusion, the Collision Hypothesis proposed by Harold Jeffreys suggests that the formation of stars can be attributed to the collision of three small stars that merge to form a larger star. This hypothesis helps in understanding the formation and evolution of stars and has been widely accepted by the scientific community.
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The Collision Hypothesis proposed by Harold Jeffreys, involved the collision and movement of how many celestial bodies.a)Two starsb)Three starsc)A single Stard)Multiple StarsCorrect answer is option 'B'. Can you explain this answer?
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