Newton had a cat. He was so particular about his experiments that he cut a hole in the door for the cat to pass through. But when the cat had kittens, he cut smaller holes for the kittens beside the big hole for the cat. It was a rather funny display of his logical yet somewhat odd way of thinking.
The real Isaac Newton apple story is that Newton was sitting under an apple tree. An apple fell on his head (or near him in some versions), and this made him start thinking about the force that made the apple fall. This led him to develop his theory of universal gravitation, which was a revolutionary concept in physics.
Well, the Isaac Newton apple story is really important. It's like a spark that ignited Newton's great thoughts on gravity. You see, he saw an apple fall from a tree. This simple event made him question what made the apple come down instead of going up or sideways. And from this, he started to develop his theories on gravity that changed our understanding of the physical world. It was not just about an apple falling, but it was the beginning of a whole new way of looking at how objects interact with each other in terms of force and motion.
It's widely believed to be true. The story of Isaac Newton and the apple has been passed down for a long time and is considered an important part of his discovery of gravity.
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.
The real Isaac Newton apple story influenced science in multiple ways. First, it was the origin of the concept of universal gravitation. Before Newton's idea, the understanding of why objects fell was limited. His theory, inspired by the apple, unified the understanding of terrestrial and celestial mechanics. It provided a framework for later scientific developments. For example, it helped in the study of astronomy as it could explain the movement of planets around the sun. Also, in engineering, it was useful for understanding the forces acting on structures. Overall, it was a catalyst for a new era of scientific exploration and understanding.