Gravity Is A Real Force Of Nature

Question

Gravity is a real force of nature This assignment has two parts. Both parts will be completed in the same attached Unit VI Homework Template. Part 1: Imagine someone who believes gravity is not a real force in nature. Using the Unit VI Assignment template, write at least two to four paragraphs explaining to this person that gravity is a real force in nature. Your assignment must address and demonstrate an understanding of the following concepts: scientific explanation, theory, and the scientific method (observation, experiment, and measurement). Part 2: After writing your paragraphs, fill out the premises in the attached template. The Unit VI Lesson may be helpful since it addresses Newton’s theory of gravity. View the Unit VI Sample Homework for an example of how your completed assignment should look. The first part of your completed assignment must be at least one page in length, and you must use at least one resource from the CSU Online Library to support your defense. This developing keywords for database searches video will help you with research for your assignment. Adhere to APA Style when creating citations and references for this assignment. APA formatting, however, is not necessary. No more than 15–20% of your assignment should include outside information. The idea is to use some evidence to help defend your argument.

Dr. Jack HW Helper · Accepted Answer

The concept of gravity has long been debated and questioned, with some individuals asserting that it is not a tangible force in nature. However, scientific explanations, theories, and the structured scientific method substantiate that gravity is indeed a fundamental force that governs the movement of objects in the universe. Scientific explanation involves systematically observing phenomena, formulating hypotheses, conducting experiments, and measuring outcomes to understand natural forces. Newton’s law of universal gravitation exemplifies this process, where observations of planetary motion led to the formulation of a mathematical theory demonstrating that every mass attracts every other mass with a specific force. Empirical evidence, such as the well-documented fall of objects and the orbiting of celestial bodies, consistently supports the reality of gravity as a natural force affecting all matter. Furthermore, the scientific method lends credibility to the existence of gravity. Through observation, experiments such as dropping objects from various heights showcase how gravitational acceleration influences objects’ acceleration toward the Earth. These observations are quantifiable and reproducible, fulfilling the criteria of scientific experimentation. Additionally, measurements taken over centuries, including those by Galileo and Newton, provide consistent data affirming gravitational effects. Newton’s theory of gravity not only predicts celestial motions but also aligns with experimental and observational data, reinforcing that gravity is a measurable, real force. The application of scientific theories, supported by empirical evidence, is essential to understanding natural phenomena and affirms that gravity is an intrinsic component of the universe’s physical laws. References Halliday, D., Resnick, R., & Walker, J. (2014). Fundamentals of Physics (10th ed.). Wiley. Newton, I. (1687). Philosophiae Naturalis Principia Mathematica. Royal Society. U.S. Geologica

Gravity is a real force of nature

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