How about a story where an inventor uses Newton's 3 Laws to design a revolutionary machine but faces challenges and setbacks along the way? This could show the practical applications and difficulties of applying the laws.
Newton was known for his absent - mindedness. Once, he was invited to a dinner party. He got so lost in his thoughts about a scientific problem that he forgot to eat. When the host asked him if he liked the food, he just stared blankly and said something completely unrelated about the refraction of light, much to everyone's amusement.
Most likely, it's true. The story has persisted for so long and is often referenced in scientific history. While we can't be 100% certain of every aspect, there's enough evidence and credibility to suggest that the essence of the apple incident did happen and played a role in Newton's work on gravity.
Newton was a great scientist whose scientific achievements had a profound impact on the development of modern physics, astronomy and engineering. The following is a brief summary of Newton's scientific achievements and cultural significance:
Achievement:
Newton's first law, also known as the law of inertia, states that an object will remain at rest or move in a straight line at a constant speed in the absence of external forces. This law was the foundation of physics and provided basic guidance for studying the motion of objects.
Newton's second law, also known as the law of motion, states that the force exerted on an object is inverse to the mass of the object and proportional to the speed of the object's motion. This law could be used to describe the motion of objects and the effect of forces.
The law of universal gravitation states that the gravitational force between objects is proportional to their mass and inverse to the square of the distance between them. This law could be used to describe the motion of planets around the sun and could also be used to explain the motion of other celestial bodies.
4. Achievement in Optics: Newton researched the nature of light, invented the reflective telescope and the refraction telescope, discovered the law of light reflection and refraction, and proposed the theory of the planarity and straight line transmission of light.
Cultural significance:
Newton's scientific achievements laid the foundation for later scientific development. He had a profound impact on the development of physics, astronomy and engineering.
Newton's mechanics theory was widely used in engineering and military fields such as car manufacturing, aircraft manufacturing, rocket manufacturing, etc.
Newton's cultural influence was also very far-reaching. His theories and methods were widely used in literature, art, and philosophy, such as literary theory, aesthetics, and philosophy.
Newton was regarded as one of the founders of modern science. His achievements were regarded as an important milestone in the history of science.
Newton's first book was called Mathematical Principles of Natural Philosophy. This book was first published in 1687 and was the foundation of Newton's classical mechanics.
The reading comprehension 5 w's worksheet with story can be effectively used in the following way. Begin by reading the story at least once to familiarize yourself with the content. When it comes to the 'Who', look for names, descriptions of people or groups. 'What' can range from a single incident to a whole plot. For 'When', pay attention to time references such as days of the week, seasons, or historical times. 'Where' is often described in terms of places, buildings, or geographical areas. 'Why' is crucial as it gives meaning to the whole story. Sometimes it's obvious, but other times you need to analyze the characters' motives, the context of the story, and the relationships between different elements to figure it out. By systematically answering these 5 W's, you can better understand the story and also improve your reading comprehension skills.