He has never specified what he liked more.
Generally, a computer science program that emphasizes mathematics will be more theoretically rigorous. A computer science program that does not emphasize mathematics will be more pragmatically rigorous. Which is better is the subject of much debate.
Isaac Newton was a physicist known for his laws of motion and universal gravitation, while Robert Boyle was a chemist known for Boyle's law and his contributions to the field of chemistry. Newton's work focused more on physics and mathematics, while Boyle's work focused more on chemistry and experimental science.
Newton worked in various different areas of mathematics and physics. This question needs to be a bit more specific.
You can categorize questions as science questions, business and finance, technology, mathematics, and much more.
Newton, the unit of force, is defined based on Newton's Second Law (F=ma), as the force required to give a mass of one kilogram an acceleration of 1 meter/second2. Thus, it is derived from these other units.
With enormous success because of their advancements in science and mathematics which was far more superior than that of their neighbouring countries helped them conquer the whole of the world as it was known at the time.
It does beautifully, even after more than 300 years.
I'm sorry, but I don't have access to specific textbooks or their contents, such as Pearson Mathematics and Science Chapter 2 Lesson 2. However, I can help summarize general concepts in mathematics or science if you provide more detail about the topic or subject matter covered in that lesson.
Probably more of a descriptive language rather than key.
Isaac Newton invented calculus to address problems in physics and mathematics that required a new approach to understanding change and motion. Traditional mathematics was insufficient for modeling the dynamics of moving objects and the rates of change, which were central to his work on gravity and planetary motion. By developing calculus, Newton provided a powerful framework for analyzing these concepts, allowing for more precise mathematical descriptions of physical phenomena. This innovation not only advanced physics but also laid the groundwork for future developments in mathematics.
Hard science is difficult to solve and needs more time to dedicate to it to solve, in the other hand soft science is easier and needs less time to dedicate to it. Hard science uses mathematics to quantify the physical world, and to make predictions based on mathematics. Soft sciences rely almost exclusively on observations without much in the way of mathematics to back up their "facts."
Mathematics is Queen of Science. Just for convenience we have divided subjects as science and art. But now a days we have consider all as science. See even politics is treated as political science. So all subjects as they use mathematics will be more precisse. Hence economics though it is an art subject needs mathematics for precise study.