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In different sciences, there are lots of relationships between different quantities, described by equations. There are uses for the most basic math (e.g., multiplication) up to advanced topics (e.g., differential equations). Math is used more in certain sciences than in others - in the so-called "exact" sciences: you will find a lot of math in sciences such as physics, chemistry, astronomy, economics.
Just open any science textbook, and see if you can spot equations that relate different quantities.
In different sciences, there are lots of relationships between different quantities, described by equations. There are uses for the most basic math (e.g., multiplication) up to advanced topics (e.g., differential equations). Math is used more in certain sciences than in others - in the so-called "exact" sciences: you will find a lot of math in sciences such as physics, chemistry, astronomy, economics.
Just open any science textbook, and see if you can spot equations that relate different quantities.
In different sciences, there are lots of relationships between different quantities, described by equations. There are uses for the most basic math (e.g., multiplication) up to advanced topics (e.g., differential equations). Math is used more in certain sciences than in others - in the so-called "exact" sciences: you will find a lot of math in sciences such as physics, chemistry, astronomy, economics.
Just open any science textbook, and see if you can spot equations that relate different quantities.
In different sciences, there are lots of relationships between different quantities, described by equations. There are uses for the most basic math (e.g., multiplication) up to advanced topics (e.g., differential equations). Math is used more in certain sciences than in others - in the so-called "exact" sciences: you will find a lot of math in sciences such as physics, chemistry, astronomy, economics.
Just open any science textbook, and see if you can spot equations that relate different quantities.
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ReneIn different sciences, there are lots of relationships between different quantities, described by equations. There are uses for the most basic math (e.g., multiplication) up to advanced topics (e.g., differential equations). Math is used more in certain sciences than in others - in the so-called "exact" sciences: you will find a lot of math in sciences such as physics, chemistry, astronomy, economics.
Just open any science textbook, and see if you can spot equations that relate different quantities.
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Is mathematics the language of science?
Yes, Mathematics is the language of Science. Mathematics is referred to as the language of science because it summarizes science in numbers.
How do scientists use measurment and mathematics?
Measurements are facts and mathematics is the language of science by means of which the meanings of facts can be discerned.
What branch of science is mathematics?
Mathematics is a branch of science in its own right.
What is the use of mathematics in physical science?
Physical chemistry is used a lot in this case
Why mathematics is the most basic science?
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.
