physical science is more broad which includes the sciences such as physics and chemistry.
Science is the main word for all the different kinds of branches, like physics, Biology, geology, genetics, meteorology, technology, etc. Physics, like the other branches, is just a more specific kind of study than science.
The study of bread mold would fall into the Life Sciences, because it entails the study of living things (in this case, a mold). biology and zoology are examples of Life Sciences. The Earth Sciences study the mechanisms of Earth (and other planets); two examples of Earth Sciences are geology and atmospheric sciences. The Physical Sciences explain phenomena that result from the physical interactions between objects, particles, and energy. Two examples of physical sciences are physics and chemistry.
spelt different
Natural sciences look into physical, observable phenomena. The humanities, or human sciences, look into human culture and all that it encompasses.
Psychology is study of human of brains and science is we experiment different things and we learn what physical state is and we learn the chemicals in our things we eat & drink.
Physical therapy and rehabilitation techniques are a multidisciplinary fusion between life and physical sciences. Life science form the medical understanding of anatomy and disease/injury pathologies. Physical sciences use the concepts of force, mass, and mechanical engineering to design methodologies to treat and rehabilitate skeleton-muscular systems.
Physical sciences are generally Maths and Physics, while life science is generally Biology and Psychology, with Chemistry lying partway between the two.
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.
They actually are two different sciences. But biology would not be itself without physics.
In a physical change the object changes appearance but in a chemical change the object turns into something different with different properties.
A Statistician is someone who is an expert in the preparation and analysis of statistics.A scientist is who has great knowledge of physical or natural sciences.
when we study geography, we learn the different characteristics of the physical and human landscapes. from there, we can compare and find relatiobships between them when we study geography, we learn the different characteristics of the physical and human landscapes. from there, we can compare and find relatiobships between them
both are human sciences.