The German mathematician Carl Friedrich Gauss described mathematics one correctly as the quenn of all sciences. The German philosopher Immanuel Kant once remarked that one can only call a discipline a science as long as there is mathematics in it. Mathematics is the most basic science, because every other science (physics, chemistry, biology, geology, computer science) uses mathematical theorems to answer questions in this science. Mathematics does not depend on any other science. Mathematicians do mathematics for the sake of mathematics. That is why mathematics is the most fundamental science.
Although it uses some mathematics, accounting is a branch of economics.
Engineering is an applied science that is heavily involved with mathematics. Every discipline of engineering (chemical, mechanical, structural, electrical, computer, etc.) uses a vast amount of mathematics ranging from algebra to Laplace Transforms to define, explain and understand the problems that arise with its area of expertise. Many other fields of pure science use mathematics beyond engineering but the aim of engineering is to apply mathematics to real world problems.
Statistics uses mathematics, which itself is the science of relationships between numbers. This would be my best layperson's answer. Good luck!
2 Psychology
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."
A lot. Computer science uses mathematical models, or models derived from mathematics, to define and model a huge portion of theory. Practical application to problems typically involves mathematical methods even for problems seemingly unrelated to mathematics. Candidates for a degree course in computer science, or any other engineering course, should provide a strong background in mathematics.
Mathematics forms the foundation of computer science, providing the theoretical framework for algorithms, data structures, and computational complexity analysis. Concepts such as discrete mathematics, logic, and set theory are crucial in designing efficient algorithms and solving complex problems in computer science. Understanding mathematical principles enables computer scientists to develop precise solutions, analyze the feasibility of computations, and optimize algorithms for various applications.
physics attempts (and does a good job) to describe events observed in nature. Physics uses mathematics for some of the explanation. Gravitational attraction described by Newton used a math equation.
study of interactions between physical, chemical, and biological components of the environment. It focuses on understanding how human activities impact the environment and the development of sustainable solutions to address environmental challenges.
An oceanographer uses science and mathematics to explain the complex interactions between seawater, fresh water, polar ice caps, the atmosphere and the biosphere.
we use discrete mathematics in industry and business