Chemistry, asked by sheela01234457, 5 months ago

describe the postulates of thomson plum pudding model​

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Answered by vipinjangra
2

Answer:

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Explanation:

According to the postulates of Thomson's atomic model, an atom resembles a sphere of positive charge with electrons (negatively charged particles) present inside the sphere. The positive and negative charge is equal in magnitude and therefore an atom has no charge as a whole and is electrically neutral.

Answered by ivallithanmay
1

ANSWER

Thomson’s Atomic Model- Postulates

  • Thomson’s Atomic Model- PostulatesAccording to the postulates of Thomson’s atomic model, an atom resembles a sphere of positive charge with electrons (negatively charged particles) present inside the sphere.
  • Thomson’s Atomic Model- PostulatesAccording to the postulates of Thomson’s atomic model, an atom resembles a sphere of positive charge with electrons (negatively charged particles) present inside the sphere.The positive and negative charge is equal in magnitude and therefore an atom has no charge as a whole and is electrically neutral.
  • Thomson’s Atomic Model- PostulatesAccording to the postulates of Thomson’s atomic model, an atom resembles a sphere of positive charge with electrons (negatively charged particles) present inside the sphere.The positive and negative charge is equal in magnitude and therefore an atom has no charge as a whole and is electrically neutral.Thomson’s atomic model resembles a spherical plum pudding as well as a watermelon. It resembles a plum pudding because the electrons in the model look like the dry fruits embedded in a sphere of positive charge just like a spherical plum pudding. The model has also been compared to a watermelon because the red edible part of a watermelon was compared to the sphere having a positive charge and the black seeds filling the watermelon looked similar to the electrons inside the sphere.

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