law of gravitation in Germany

law of gravitation [lɔːɔfgræviteiʃən] Gravitationsgesetz

Sentence patterns related to "law of gravitation"

Below are sample sentences containing the word "law of gravitation" from the English - Germany Dictionary. We can refer to these sentence patterns for sentences in case of finding sample sentences with the word "law of gravitation", or refer to the context using the word "law of gravitation" in the English - Germany Dictionary.

1. Who discovered the Law of Gravitation?

2. It obeys the law of gravitation.

3. There was now a universal law of gravitation.

4. It was Isaac Newton who discovered the law of gravitation.

5. The law of gravitation explains many phenomena not previously, understood.

6. Newton's law of gravitation refers to the force between two particles.

7. Einstein's Law of Gravitation was tested during an eclipse of the sun.

8. Another major contribution by Newton was of course his law of gravitation.

9. The results are compared with those by the classical Newton's Law of Gravitation.

10. It is difficult to overthrow the law of gravitation and the laws of nature.

11. A falling apple in the garden at his home made him discover the law of gravitation.

12. In this paper, a possible Correction of non-Riemannian geometric relativity is made for Newton's Law of Gravitation.

13. Army personnel routinely Circumvents Newton's Universal Law of Gravitation, magically counteracting Earth's titanic pull on their enormous steel balls

14. Hypothesis, such as graviton, universal repulsion, sub-photon sea etc. , all are of defects, having not explain the law of gravitation successfully.

15. Maybe Newton's law of gravitation, the law that describes how their trajectories should be playing out, is in need of an overhaul.

16. Newton's materialist error allegedly consisted in the fact that in his law of gravitation the primary was the power, not the influence of the "spiritual causes."

17. By analogy, Einstein proposed that an object in a gravitational field should feel a gravitational force proportional to its mass, as embodied in Newton's law of gravitation.